)/$7& 211( & 7,21 CATALOG 2015 Table of contents-1/file/leverantorer/soffieria/dokument/... · SOFFIERIA SES TESE FLAT CONNE CTION CATALOG | 2015 0.010 oeria estese rl Sections Content

Soffieria Sestese S.r.l.

Soffieria SeSteSe Flat ConneCtion Catalog | 2015

Table of contents

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

Technical informaTion

PiPes and fiTTings

ValVes

Vessels and coVers

heaT exchangers

column ParTs

mechanical seals and sTirrers

measuremenT and conTrols

couPlings

sTrucTures and suPPorTs

www.soffieriasestese.it

0.010Soffieria SeSteSe Flat ConneCtion Catalog | 2015


Sections Content

1. Technical informaTion . Introduction . Chemical composition of borosilicate glass 3.3 . Chemical resistance . Physical properties . Optical properties . Mechanical properties . Permissible operating temperature . Thermal shock . Permissible operating pressure . Design and manufacturing procedures for equipment in borosilicate glass 3.3 . Tightness problem and environment leakage . Covering of equipment in borosilicate glass 3.3 . ATEX application . Marking . Borosilicate glass flanges dimensions . Quality

2. PiPes and fiTTings2.010 Pipes and Fittings 2.020 Pipes section2.030 Spacers2.040 Flat connections with others most

standard glass flanges2.050 Glass reducers2.060 Eccentric reducers2.070 90° Bend reducers

90° Bends2.080 45° Bends

90° Bends with thermometric connection

2.090 “U” Bends“U” Bends with bottom outlet

2.100 CrosspiecesEqual “T”-pieces

2.110 Unequal “T”-pieces2.120 Equal “T”-pieces with coulisse

connection2.130 Closures2.140 Straight hose connectors

90° Hose connectors 2.150 Sight glasses

3. ValVes3.010 Valves 3.020 Straight-through valves3.030 Angle valves3.040 Unequal angle valves3.050 Drain valves3.060 Vent valves3.070 Bottom outlet valves3.080 Bottom outlet valves with PT100

titanium probe 3.090 Coulisse connection valves3.100 Sampling valve for reactors3.110 Overflow pressure valves3.120 Safety valves3.130 Ball valves3.140 Non return flap valves

4. Vessels and coVers4.010 Vessels and Covers4.020 Spherical reaction vessels with 5

branches and drain4.030 Spherical reaction vessels with 5

branches and bottom valve seat4.040 Graduated spherical vessels4.050 Cylindrical reactors4.060 Cylindrical reactors with bottom valve

seat4.070 Graduated vessels4.080 Jacketed graduated reactors welded

with bottom seat valve

4.090 Jacketed graduated reactors welded (up side) with bottom seat valve

4.100 Covers for spherical and cylindrical vessels

4.110 Covers with 5 branches4.120 Horizontal separators without

overflow valve4.130 Horizontal separators with overflow

valve4.140 Straight dip pipes and angled feed

pipes4.150 Cyclones4.160 Manifold with dip pipes4.170 3 Ways manifold4.180 Diathermic oil heating bath for

reactors and spherical vessels4.190 Electric heater for spherical vessels

5. heaT exchangers5.010 Heat Exchangers

. Installation recommendations for coil heat exchanger

5.020 Coil heat exchangers5.030 Coil heat exchangers

. Performance data for coil heat exchangers

5.040 Coil heat exchangers5.050 Coil heat exchangers

. Pressure drop diagram5.060 Horizontal coil heat exchangers5.070 Shell and tube heat exchangers

. Performance data for heat transfer in shell and tube heat exchangers

5.080 Shell and tube heat exchangers5.090 Shell and tube heat exchangers single

pass (glass/glass) 5.100 Shell and tube heat exchangers triple

pass (glass/steel)

6. column ParTs6.010 Column Parts6.020 Column sections with packing support

seat 6.030 Packing supports for column6.040 Column packing glass (Raschig type)6.050 PTFE redistributors6.060 PTFE perforated retention plates6.070 Manually operated reflux separators6.080 Electromagnetically operated reflux

separators6.090 Pneumatically operated reflux

separators6.100 Liquid seals6.110 Flat column adaptors6.120 Round top column adaptors

7. mechanical seals and sTirrers7.010 Mechanical Seals and Stirrers7.020 Dry mechanical seal for stirrers with

adjustable height for Nutsche Filter 7.030 Dry mechanical seals for stirrers7.040 Single acting fluid lubricant

mechanical seal for stirrers (ATEX version)

7.050 Double acting fluid lubricant mechanical seal for stirrers (ATEX version)

7.060 Mechanical seal for glass stirrers 7.070 ATEX Motovariator gear-reducers7.080 Pneumatic motorgears7.090 PTFE shaft agitators 7.100 Glass shaft agitators7.110 PTFE anchor impellers7.120 PTFE turbine impellers7.130 PTFE Rushton impellers

8. measuremenT and conTrols8.010 Measurement and Controls8.020 Thermoresistances probe PT100 (2G

ATEX)8.030 Digital thermoresistances PT100 (2G

ATEX)8.040 Thermometers with sensible bulb8.050 Thermometer pockets8.060 Digital pressure transmitters8.070 Diaphragm pressure gauges8.080 Digital pHmeters8.090 PTFE connectors for instrument

Glass flowmeters8.100 Monitoring and control electrical

boards

9. couPlings9.010 Couplings9.020 Plastic flanges 9.030 Aluminium and stainless steel flanges9.040 Coupling plastic flanges with inserts,

bolts and nuts in stainless steel9.050 Coupling metallic flanges with inserts,

bolts and nuts in stainless steel9.060 Aluminium and stainless steel flanges

UNI PN109.070 Undrilled adaptor flanges with inserts9.080 Plastic inserts9.090 Spring inserts in stainless steel and

asbestos free inserts 9.100 Aluminium inserts and packing spare

part for flanges9.110 Aluminium rings for bellow 9.120 Stainless steel rings for bellow flanges

Reducing washers in stainless steel 9.130 PTFE “O-ring” gaskets

GMP compliant gaskets 9.140 Flat gaskets

PTFE envelope gaskets for Glass-Lined

9.150 Standard and reduced bellows in PTFE

9.160 Bellows for connecting glass to glass9.170 Bellows for connecting glass to other9.180 Set of bolts and nuts for flanges9.190 PTFE rapid connectors9.200 Coulisse connectors9.210 Spray balls9.220 Rapid closures

10. sTrucTures and suPPorTs10.010 Structures and supports 10.020 Closed sided fittings 10.030 Stainless steel pipes hangers10.040 Stainless steel support saddles 10.050 Stainless steel support rings for

spherical vessel10.060 Stainless steel support rings for

cylindrical vessels10.070 Stainless steel angled support

brackets 10.080 Stainless steel column support

brackets10.090 Stainless steel support rods10.100 Angle brackets10.110 Connecting clamps10.120 Crossover open clamps 10.130 Coulisse and U-bolt supports10.140 Clamp collars 10.150 Fork brackets10.160 Support rings


0.020



Catalog Code Index

code reference secTion.Page

a Sa Separators horizontal without overflow valve 4.120 SaagiTrl Shaft agitators for reactors PTFE 7.090

SaagiTrPl Shaft agitators for vessels PTFE 7.090SaBs Column adaptor round top 6.120Saha Cover with 5 branches 4.110Sams Flat connections with others most standard glass flanges 2.040Saof Separators horizontal with overflow valve 4.130SaPK Bends 90° with thermometric connection 2.080SaPKr Bends 90° with thermometric connection and reduced length 2.080Sar Connectors for smooth tube rapid type PTFE 9.190Sarc Connectors for corrugate tube rapid type PTFE 9.190SaVer Flanges adaptor undrilled aluminium 9.070SaVer…ai Flanges adaptor undrilled stainless steel 9.070

B SBcfai Bolts and nuts for stainless steel flanges 9.180SBcfm Bolts and nuts for aluminium flanges 9.180SBcfPl Bolts and nuts for plastic flanges 9.180SBeil Inserts plastic 9.080SBeil…as Inserts aluminium with packing 9.090SBeil…s Inserts spring stainless steel 9.090SBl Closures 2.130SBo Bends 45° 2.080SBo Bends 90° 2.070SBo Bends 90° with coulisse connection 2.070SBor Bends 90° with reduced length 2.070SBT Heating bath diathermic oil 4.180

c Scfai Flanges stainless steel 9.030Scfcai Flanges metallic stainless steel coupling 9.050Scfcm Flanges metallic aluminium coupling 9.050Scfm Flanges aluminium 9.030Scnai Rings stainless steel for bellows flanges 9.120Scnme…s Rings aluminium bellows for aluminium flanges 9.090Scnme…sh Rings aluminium bellows for plastic flanges 9.090Scoai Connectors coulisse with stainless steel flanges 9.200Scom Connectors coulisse with aluminium flanges 9.200ScoPl Connectors coulisse with plastic flanges 9.200Scou Support coulisse 10.130ScraP Closures rapid plastic 9.220ScraP…ai Closures rapid stainless steel 9.220ScVl Support U bolts 10.040ScY Cyclones 4.150

d Sdich Gaskets O-ring PTFE 9.130Sdsch Reducing washers stainless steel 9.120

e Sein Dip pipes straight 4.160Sein…W Dip pipes angled 4.140

f Sfald Bellows standard PTFE 9.150SfB Bellows reduced PTFE 9.150SfBnai Bellows - Glass to Glass with stainless steel flanges 9.160SfBnai…Pn Bellows - Glass to Other with stainless steel flanges 9.170SfBnm Bellows - Glass to Glass with aluminium flanges 9.160SfBnm…Pn Bellows - Glass to Other with aluminium flanges 9.170SfBnPl Bellows - Glass to Glass with plastic flanges 9.160SfBnPl…Pn Bellows - Glass to Other with plastic flanges 9.170Sfh Column adaptor flat 6.110Sfml Flowmeters glass 8.090Sfou Support brackets for column 10.080Sfull Perforated retention plates PTFE 6.060




code reference secTion.Pageg Sga Gaskets O-ring PTFE 9.130

Sga…gmP Gaskets GMP PTFE 9.130SgB Gaskets flat PTFE 9.140Sgc Tube corrugate PTFE 9.190SgeBe Clamp collars galvanized 10.140SgeBe…ai Clamp collars stainless steel 10.140SgeBe…Vern Clamp collars painted 10.140Sgega Fork brackets galvanized 10.150Sgega…ai Fork brackets stainless steel 10.150Sgeha Clamps connecting galvanized 10.110Sgeha…ai Clamps connecting stainless steel 10.110Sgeha…Vern Clamps connecting painted 10.110SgeK Vessels spherical reaction with 5 branches and drain 4.020SgeKr Vessel spherical graduated 3.040SgeKVf Vessels spherical reaction with 5 branches and bottom valve seat 4.030Sger Reactors cylindrical 4.050Sgero Pipe hangers 10.030SgerV Reactors cylindrical with bottom valve seat 4.060SgeTr Support rings galvanized 10.160SgeTr…ai Support rings stainless steel 10.160SgeWi Brackets angle 10.100Sgi Liquid seals 6.100Sgri Packing supports 6.030SgTa Mechanical seals dry type for stirrer 7.030

h Shau Cover for spherical and cylindrical vessels 4.100ShgTa Mechanical seals dry type for stirrer with adjustable height for Nutsche filter 7.020Sho Bends U with bottom outlet 2.090

K SKhK Valves ball 3.130SKK Fittings closed - galvanized 10.020SKK…Vern Fittings closed - painted 10.020SKol Column sections with packing support seat 6.020SKr Crosspieces 2.100SKrr Crosspieces with reduced length 2.100

l SlTT Redistributors PTFE 6.050

m Smos Clamps crossover open galvanized 10.120Smos…ai Clamps crossover open stainless steel 10.120Smos…Vern Clamps crossover open painted 10.120SmPne Motorgears pneumatic 7.080SmVrid Motovariator gear-reducers electrical 7.070

n SnaK Heat exchangers coil type 5.040

o Sol Hose connectors straight 2.140Sol…W Hose connectors 90° 2.140

P SPBr Bends 90° reducer 2.070SPc Valve sampling for reactors 3.100SPdr Gaskets envelope for glass-lined PTFE/Metallic 9.140SPgl Pressure gauge diaphragm type 8.070SPgT Pressure digital transmitters 8.060SPhm pHmeters digital 8.080SPla Impellers anchor type PTFE 7.110SPnai Flanges UNI PN10 stainless steel 9.060SPnm Flanges UNI PN10 aluminium 9.060SPrushT Impellers Rushton type PTFE 7.130SPTur Impellers turbine type PTFE 7.120SPVf Valves pressure overflow 3.110SPVl Valves vent 3.060

Catalog Code Index


0.040



Catalog Code Index

code reference secTion.Pager Srash Column packing Raschig type 6.040

Src Vessel graduated 4.070Sre Heating electrical 4.190Srif Reactors jacketed graduated welded (up side) with bottom seat valve 4.090Sris Reactors jacketed graduated welded with bottom seat valve 4.080SrK Valves non return flap 3.140Sro Pipes section 2.020Sro Spacers 2.030Sro/u Spacers PTFE 2.030SroB Heat exchangers shell and tube glass-steel 5.100SroBs Heat exchangers shell and tube glass-glass 5.090SrPT Connectors for instruments PTFE 8.090Srs Reducers glass (concentric) 2.050Srs Sight glasses 2.150Sru Reducers glass (eccentric) 2.060

s SsB Spray balls 9.210Sschd Flanges plastic 9.020Ssche Flanges plastic 9.020SscmB Heat exchangers coil type 5.040SscmBor Heat exchangers horizontal coil type 5.060SsPg Shaft agitators glass 7.100Ssua Support brackets angled 10.070Ssus Support saddles 10.040SsVed Flanges plastic coupling 9.040SsVer Flanges plastic coupling 9.040SsVf Valves safety 3.120

T STc Manifold 3 ways 4.170STca Dip pipes manifold 4.160STerm100 Thermometers with sensible bulb 8.040STgT Thermoresistances digital PT100 (2G ATEX) 8.030STPg Thermometer pockets 8.050STrcm Reflux separators electromagnetically operated 6.080STrcm Reflux separators manually operated 6.070STrcP Reflux separators pneumatically operated 6.090STrr Packing supports 6.030STs T pieces Equal 2.100STs T pieces Unequal 2.110STsaV Mechanical seals for glass stirrers 7.060STsc T pieces Equal with coulisse connection 2.120STscr T pieces Equal with reduced length 2.120STsr Mechanical seals single acting fluid lubricant for stirrer (ATEX version) 7.040STsr T pieces Equal with reduced length 2.100STsr T pieces Unequal with reduced length 2.110STsr…df Mechanical seals double acting fluid lubricant for stirrer (ATEX version) 7.050STu Tube smooth PTFE 9.190STus Support rods 10.090

u SuB Bends U 2.090Sunla Inserts asbestos free 9.090

V SVf Valves bottom outlet 3.070SVf Valves bottom outlet with PT100 titanium probe 3.080SVhc Support rings for cylindrical vessel 10.060SVhP Support rings for spherical vessel 10.050SVl Valves straight-through 3.020SVlc Valves coulisse connection straight 3.090SVs Valves angle 3.030SVsc Valves drain 3.050SVsca Valves coulisse connection angle type A 3.090SVscB Valves coulisse connection angle type B 3.090SVsr Valves angle unequal 3.040SWid Thermoresistances probe PT100 (2G ATEX) without transmitter 8.020

W SWidT Thermoresistances probe PT100 (2G ATEX) with transmitter 8.020

Monitoring and control electrical boards 8.100




reference code secTion.Page

B Bellows - Glass to Glass with aluminium flanges SfBnm 9.160Bellows - Glass to Glass with plastic flanges SfBnPl 9.160Bellows - Glass to Glass with stainless steel flanges SfBnai 9.160Bellows - Glass to Other with aluminium flanges SfBnm…Pn 9.170Bellows - Glass to Other with plastic flanges SfBnPl…Pn 9.170Bellows - Glass to Other with stainless steel flanges SfBnai…Pn 9.170Bellows standard PTFE Sfald 9.150Bellows reduced PTFE SfB 9.150Bends 45° SBo 2.080Bends 90° SBo 2.070Bends 90° with reduced length SBor 2.070Bends 90° with coulisse connection SBo 2.070Bends 90° with thermometric connection SaPK 2.080Bends 90° with thermometric connection and reduced length SaPKr 2.080Bends 90° reducer SPBr 2.070Bends U SuB 2.090Bends U with bottom outlet Sho 2.090Bolts and nuts for aluminium flanges SBcfm 9.180Bolts and nuts for plastic flanges SBcfPl 9.180Bolts and nuts for stainless steel flanges SBcfai 9.180Brackets angle SgeWi 10.100

c Cyclones ScY 4.150Clamp collars galvanized SgeBe 10.140Clamp collars painted SgeBe…Vern 10.140Clamp collars stainless steel SgeBe…ai 10.140Clamps connecting galvanized Sgeha 10.110Clamps connecting painted Sgeha…Vern 10.110Clamps connecting stainless steel Sgeha…ai 10.110Clamps crossover open galvanized Smos 10.120Clamps crossover open painted Smos…Vern 10.120Clamps crossover open stainless steel Smos…ai 10.120Closures SBl 2.130Closures rapid plastic ScraP 9.220Closures rapid stainless steel ScraP…ai 9.220Column adaptor flat Sfh 6.110Column adaptor round top SaBs 6.120Column packing Raschig type Srash 6.040Column sections with packing support seat SKol 6.020Connectors coulisse with aluminium flanges Scom 9.200Connectors coulisse with plastic flanges ScoPl 9.200Connectors coulisse with stainless steel flanges Scoai 9.200Connectors for instruments PTFE SrPT 8.090Connectors for corrugate tube rapid type PTFE Sarc 9.190Connectors for smooth tube rapid type PTFE Sar 9.190Cover for spherical and cylindrical vessels Shau 4.100Cover with 5 branches Saha 4.110Crosspieces SKr 2.100Crosspieces with reduced length SKrr 2.100

d Dip pipes angled Sein…W 4.140Dip pipes straight Sein 4.160Dip pipes manifold STca 4.160

f Fittings closed - galvanized SKK 10.020Fittings closed - painted SKK…Vern 10.020Flanges adaptor undrilled aluminium SaVer 9.070Flanges adaptor undrilled stainless steel SaVer…ai 9.070Flanges aluminium Scfm 9.030Flanges stainless steel Scfai 9.030Flanges metallic aluminium coupling Scfcm 9.050Flanges metallic stainless steel coupling Scfcai 9.050Flanges plastic Sschd 9.020Flanges plastic Ssche 9.020Flanges plastic coupling SsVed 9.040

Component Description Index


0.060




reference code secTion.Pagef Flanges plastic coupling SsVer 9.040

Flanges UNI PN10 aluminium SPnm 9.060Flanges UNI PN10 stainless steel SPnai 9.060Flat connections with others most standard glass flanges Sams 2.040Flowmeters glass Sfml 8.090Fork brackets galvanized Sgega 10.150Fork brackets stainless steel Sgega…ai 10.150

g Gaskets envelope for glass-lined PTFE/Metallic SPdr 9.140Gaskets flat PTFE SgB 9.140Gaskets O-ring PTFE Sga 9.130Gaskets O-ring PTFE Sdich 9.130Gaskets GMP PTFE Sga…gmP 9.130

h Heat exchangers coil type SnaK 5.040Heat exchangers coil type SscmB 5.040Heat exchangers horizontal coil type SscmBor 5.060Heat exchangers shell and tube glass-glass SroBs 5.090Heat exchangers shell and tube glass-steel SroB 5.100Heating bath diathermic oil SBT 4.180Heating electrical Sre 4.190Hose connectors straight Sol 2.140Hose connectors 90° Sol…W 2.140

i Impellers anchor type PTFE SPla 7.110Impellers Rushton type PTFE SPrushT 7.130Impellers turbine type PTFE SPTur 7.120Inserts aluminium with packing SBeil…as 9.090Inserts asbestos free Sunla 9.090Inserts plastic SBeil 9.080Inserts spring stainless steel SBeil…s 9.090

l Liquid seals Sgi 6.100

m Manifold 3 ways STc 4.170Mechanical seals dry type for stirrer SgTa 7.030Mechanical seals dry type for stirrer with adjustable height for Nutsche filter ShgTa 7.020Mechanical seals double acting fluid lubricant for stirrer (ATEX version) STsr…df 7.050Mechanical seals single acting fluid lubricant for stirrer (ATEX version) STsr 7.040Mechanical seals for glass stirrers STsaV 7.060Monitoring and control electrical boards S 8.100Motorgears pneumatic SmPne 7.080Motovariator gear-reducers electrical SmVrid 7.070

P Packing supports Sgri 6.030Packing supports STrr 6.030Perforated retention plates PTFE Sfull 6.060pHmeters digital SPhm 8.080Pipe hangers Sgero 10.030Pipes section Sro 2.020Pressure digital transmitters SPgT 8.060Pressure gauge diaphragm type SPgl 8.070

r Reactors cylindrical Sger 4.050Reactors cylindrical with bottom valve seat SgerV 4.060Reactors jacketed graduated welded with bottom seat valve Sris 4.080Reactors jacketed graduated welded (up side) with bottom seat valve Srif 4.090Reducers glass (concentric) Srs 2.050Reducers glass (eccentric) Sru 2.060Redistributors PTFE SlTT 6.050Reducing washers stainless steel Sdsch 9.120Reflux separators electromagnetically operated STrcm 6.080Reflux separators manually operated STrcm 6.070Reflux separators pneumatically operated STrcP 6.090Rings aluminium bellows for aluminium flanges Scnme…s 9.090Rings aluminium bellows for plastic flanges Scnme…sh 9.090Rings stainless steel for bellows flanges Scnai 9.120





reference code secTion.Pages Separators horizontal with overflow valve Saof 4.130

Separators horizontal without overflow valve Sa 4.120Shaft agitators glass SsPg 7.100Shaft agitators for reactors PTFE SaagiTrl 7.090Shaft agitators for vessels PTFE SaagiTrPl 7.090Sight glasses Srs 2.150Spacers Sro 2.030Spacers PTFE Sro/u 2.030Spray balls SsB 9.210Support brackets angled Ssua 10.070Support brackets for column Sfou 10.080Support coulisse Scou 10.130Support rings galvanized SgeTr 10.160Support rings stainless steel SgeTr…ai 10.160Support rings for cylindrical vessel SVhc 10.060Support rings for spherical vessel SVhP 10.050Support rods STus 10.090Support saddles Ssus 10.040Support U bolts ScVl 10.040

T T pieces Equal STs 2.100T pieces Equal with reduced length STsr 2.100T pieces Unequal STs 2.110T pieces Unequal with reduced length STsr 2.110T pieces Equal with coulisse connection STsc 2.120T pieces Equal with reduced length STscr 2.120Thermometer pockets STPg 8.050Thermometers with sensible bulb STerm100 8.040Thermoresistances digital PT100 (2G ATEX) STgT 8.030Thermoresistances probe PT100 (2G ATEX) without transmitter SWid 8.020Thermoresistances probe PT100 (2G ATEX) with transmitter SWidT 8.020Tube corrugate PTFE Sgc 9.190Tube smooth PTFE STu 9.190

V Valves angle SVs 3.030Valves ball SKhK 3.130Valves angle unequal SVsr 3.040Valves bottom outlet SVf 3.070Valves bottom outlet with PT100 titanium probe SVf 3.080Valves coulisse connection angle type A SVsca 3.090Valves coulisse connection angle type B SVscB 3.090Valves coulisse connection straight SVlc 3.090Valves drain SVsc 3.050Valves non return flap SrK 3.140Valves pressure overflow SPVf 3.110Valves safety SsVf 3.120Valve sampling for reactors SPc 3.100Valves straight-through SVl 3.020Valves vent SPVl 3.060Vessel graduated Src 4.070Vessel spherical graduated SgeKr 3.040Vessels spherical reaction with 5 branches and drain SgeK 4.020Vessels spherical reaction with 5 branches and bottom valve seat SgeKVf 4.030


Technical informaTion


UV

IR

visible

stained glass

0.25Glass thickness 2 - 5 mm

0.3 0.35 0.40.5

0.6 0.7 0.81.0

1.2 1.4 1.6 1.8 2.02.5

3.0 3.5

00.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

Wave length µm

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Technical Information

Introduction

All glass reactors, plants, pipelines and components are manufactured from Borosilicate Glass 3.3. This particular name derives from the main chemi-cal components, i.e. silicon and boron, and from the figures of the mean linear thermal expansion coef-ficient, i.e. 3.3 10−6 K−1, one of its most important characteristics.

Properties

– Smooth, non-porous surface, easy to clean and sterilize;

– excellent and wide chemical compatibility, including high resistance to water, saline solution, organic substances, halogens and also many acids;

– no catalytic effect on chemical processes;

– no adverse physiological properties on biochemical processes;

– transparency;

– non flammability;

– good thermal resistance and stability;

– low thermal expansion.

No other well-known material can offer a better combination of properties for a large number of chemical or biochemical applications.The most important chemical and physical proper-ties of borosilicate glass 3.3 are defined by interna-tional standard ISO 3585.

Soffieria Sestese timeline

Soffieria Sestese may alter detail specifications at its discretion and without notice, in line with its policy of continuous development.


1984 – Founding of Soffieria Sestese, glass manufacturer specialized in borosilicate glass 3.3 industrial components.

1999 – Development of Engineering Department and national sales network consolidation.

2011 – Moving to new headquarters and manufacturing plant in Seregno (MB).

1992 – Production of the first industrial plants. Starting of direct management of Italian clients.

2003 – Leader in the Italian market, Soffieria Sestese starts building its worldwide presence.

2015 – New corporate identity and “Flat connections catalog”, in line with ongoing company development…

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1.020



technical information

Chemical composition of borosilicate glass 3.3

Table 1 summarizes the chemical composition of borosilicate glass 3.3:

comPonenT % BY WeighTSiO2 80.6B2O3 12.5

Na2O 4.2

Al2O3 2.2

Trace elements 0.5

Table 1Borosilicate glass 3.3 chemical composition

Chemical resistance

The most important chemical and physical prop-erties of borosilicate glass 3.3 are defined by inter-national standard ISO 3585:1998; EN1595).

ProPerTY ISO 3585Hydrolytic resistance at 98 °C (ISO 719) HGB 1Hydrolytic resistance at 121 °C (ISO 720) HGA 1

Acid resistance (ISO 1776) Na2O <100 mg/dm2

Alkali resistance (ISO 695) A2

Table 2Chemical property

On a practical point of view, the most important chemical properties for manu facturing of reactors or chemical plants are those related to glass be-havior about attacks from acid and alkaline solu-tions. Detailed information on these subjects is available in technical or scientific literature but, in short, the only serious corrosion effects of the glass surfac-es arise from:

– Hydrofluoric acid;

– Concentrated solution of phosphoric acid;

– Combination of caustic solutions (high alkaline pH) and high temperatures.

As a rule of thumb, pH values higher than 10 at more than 100 °C can lead to serious corrosion ef-fects on borosilicate glass.

Temperature: 100 °CTime: 16 hours

HCl

H2SO4

HNO3

CH3COOH

0 2 2018161412104 6 8

Normality of the acids

0.01

0.02

0.03

Dept

h of

att

ack

[µm

]

Graph 1Corrosion of borosilicate glass 3.3 as a functions of acid concentration

75 °C

65 °C

51 °C

40 °C

NaOH %

0

0.02

0.03

0.04

0.050.060.070.080.090.10

0.20

0.30

0.40

0.500.600.700.800.901.00

2.00

10 20 30 40 50 60 70 80 90 100

Surf

ace

eros

ion

in m

m p

er y

ear

Graph 2Corrosion of borosilicate glass 3.3 as a function of NaOH concentration and temperature


1984 – Founding of Soffieria Sestese, glass manufacturer specialized in borosilicate glass 3.3 industrial components.

1999 – Development of Engineering Department and national sales network consolidation.

2011 – Moving to new headquarters and manufacturing plant in Seregno (MB).

1992 – Production of the first industrial plants. Starting of direct management of Italian clients.

2003 – Leader in the Italian market, Soffieria Sestese starts building its worldwide presence.

2015 – New corporate identity and “Flat connections catalog”, in line with ongoing company development…

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Physical properties

Physical properties of borosilicate glass 3.3 are defined by international standard (ISO 3585:1998; EN 1595).

ProPerTY ISO 3585Mean linear thermal expansion (ISO 7991) α 20/300 = (3.30 ± 0.1) 10−6 K−1

Mean thermal conductivity (20 ÷ 200 °C) λ 20/200 = 1.2 W/m.K

Mean specific heat capacity (20 ÷ 100 °C) Cp 20/100 = 800 J/kg.KMean specific heat capacity (20 ÷ 200 °C) Cp 20/200 = 900 J/kg.KDensity at 20 °C ρ = 2.23 g/cm3

Transformation temperature 525 ± 15 °C

Working temperature ≤ 300 °C

Modulus of elasticity E = 64 kN/mm2

Poisson’s ratio v = 0.2

Table 3Physical properties

Optical properties

Borosilicate glass 3.3 shows no appreciable light absorption in the visible part of the EM spectrum and it is therefore clear and colorless.On the other hand, brown or opaque coating can be easily applied to glass components, if neces-sary.This allows borosilicate glass equipment to be suitable both for photochemical reactions, where UV light is needed to run the process, and for re-actions or storage involving photosensitive chemi-cals.

Graph 3EM radiation transmission through borosilicate 3.3 glass

UV IRvisible

stained glass

0.25

Glass thickness 2 - 5 mm

0.3 0.35 0.4 0.5 0.6 0.7 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.5 3.0 3.50

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

Wave length µm

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Mechanical properties

The mechanical behavior of borosilicate glass 3.3 is that of a relatively hard-surfaced, fragile (non-ductile) material.

ProPerTYMax permissible tensile and bending strength (ground polished, worked) K/S = 7.0 N/mm2

Max permissible tensile and bending strength (flame polished, undamaged) K/S = 10 N/mm2

Max permissible compressive strength (all conditions) K/S = 100 N/mm2

Modulus of elasticity E = 64 kN/mm2

Poisson’s ratio v = 0.2

Table 4Strength parameters according to EN 1595

Permissible operating temperature

It is well known that in borosilicate glass 3.3 defor-mation only occurs at temperatures approaching the glass transformation temperature, i.e. about 525 °C. Until very close to that temperature, the glass retains all its mechanical properties. Due to requirement imposed by design and safety standards, maximum permissible temperature for glass-manufactured components is however much lower. In case of borosilicate glass 3.3 the maximum operating temperature is normally at 200 °C, if no other constrains arise (see later at section 1.6)Under exceptional circumstances and with special precautions borosilicate glass components may work up to 300 °C. Such components must be clearly marked and must be installed according to special instructions provided by the manufacturer.On the other hand, low temperatures are normally not a serious issue for glass-manufactured com-ponents, since glass tensile strengths actually in-crease at sub-zero temperatures. As before, anyway, safety standards normally limit the use of borosilicate 3.3 glass at not less than −80 °C.

For part of jacketed components, taking into ac-count a sufficiently high safety factor, the permis-sible operating temperature for the inner compo-nent is −80 °C to +200 °C and for the jacket it is −50 °C to +180 °C.


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Thermal shock

A serious threat to glass made components comes from thermal shocks, i.e. sudden change in temperature, rather than temperature value itself. As a matter of fact a quick temperature change can easily lead to additional thermal stress inside the glass resulting in breaking even at tempera-tures well according to the above-mentioned lim-its. For a well-manufactured glass component the thermal shock limit is usually set at 120 °C. This means the equipment can withstand a sud-den (less than 5 seconds) change in temperature of a maximum of 120 °C.

For part of jacketed components, the maximum permissible temperature difference (ΔѲ) between the inner and outer areas is 180 K for heat transfer coefficients up to αi = 1200 W/m2.K (inner compo-nent) and αa= 11.6 W/m2.K (Jacket).

Max permissible pressure for glass components:

dn Ps (bar g)15 425 440 450 480 3

100 2150 2200 1300 1400 0.6450 0.6600 0.6

For spherical components:

caPaciTY (l) / diameTer (mm) Ps (bar g)

10 / 280 120 / 350 150 / 490 0.6

100 / 610 0.6200 / 750 0.6

For valves:

dn Ps (bar g)15 325 340 350 380 1.5

Permissible operating pressure

Permissible max operating pressure for glass-manufactured standard components are de-scribed in the following tables. For full reaction units, plants or more complex pieces of equipment please refer to equipment technical specifications.Generally speaking all glass equipment manufac-tured by Soffieria Sestese can be used with full vacuum, i.e. −1 bar g.

For jacketed components, the maximum per-missible operating pressure in the jacket is +0.5 bar g up to an overall heat transfer coefficient of U = 70 W/m2.K.This average value can be expected during a heating process with thermal oil in the jacket and stirred liquid inside the vessel.


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Design and manufacturing procedures for equipment in borosilicate glass 3.3

Our specialized technical office provides to ana-lyze the inputs issued by the specific demands of the client and if is necessary to elaborate technical specifications and relative Manuals or Instructions of use and Maintenance according to Safety Es-sential Requirements of the specific Directives. The equipment in borosilicate glass 3.3 are de-signed considering the factors to assure the dura-tion. The design is based on the followings points:

1. Analysis of the risks through FMEA, according to UNI EN ISO 14121-1

Standard equipment in borosilicate glass 3.3, present in the Soffieria Sestese catalog, have been object of a risk analysis according to Directive 97/23/CE. The method adopted by Soffieria Ses-tese according to UNI EN ISO 14121-1, is the Fail-ure Mode and Effects Analysis (FMEA). FMEA is a systematic method of analyzing and ranking the risks associated with various product failure mode (both existing and potential), prioritizing them for remedial action, acting on the highest ranked items, re-evaluating those items and returning to the prioritization step in a continuous loop until marginal returns set in.

2. Basic and detail engineering

Our technical office is able to develop basic and detail engineering of borosilicate glass 3.3 equip-ment, according to Essential Safety Requirements of Directive 97/23/CE. The codes of calculation used in the evalua-tions of the maximum allowable loads for equip-ment in borosilicate glass 3.3 are collected in AD 2000-Merkblatt (N4;B;S) and ISPESL (VSR;M;S).Besides Soffieria Sestese is able to elaborate:

– P&ID

– Isometric drawings

– Constructive sketches

Design of equipment in borosilicate glass 3.3 asks a specific knowledge of materials and standards. Moreover, due care should be exercised in particu-lar in selecting materials in order to prevent brittle-type fracture where necessary; where for specific reasons brittle material has to be used appropriate

measures must be taken physical and chemical properties in different process conditions, ageing effects, applications during the scheduled lifetime, be selected in order to avoid significant undesir-able effects when the various materials are put together.To such purpose, according to the Directive 97/23/CE are used:

– Specific material traceability procedures;

– Particular Material Approvals (PMA) for all materials not covered by European Approval of the Materials.

3. Manufacturing

Soffieria Sestese manufacturing procedures en-sure the competent execution of the provisions set out at the design stage by applying the appro-priate techniques and relevant procedures.For pressure equipment, permanent joining of components which contribute to the pressure re-sistance of equipment and components which are directly attached to them must be carried out by suitably qualified personnel according to suitable operating procedures. For pressure equipment in categories II, III and IV, operating procedures and personnel must be approved by a Notified Body (DNV).

4. Non destructive tests

Soffieria Sestese has created a laboratory to test and control quality of the manufactured glass equipment. Specific tests for borosilicate glass equipment are:

– Dimensional by means different certify measure instruments periodically calibrated for example caliper, thickness digital gauge, surface plate.

– Visual according to AD 2000 Merkblatt N4.

– Polarized light test.

– Measurements of temperature according to EN 13463-1.

– Tests of thermal shock according to CEI EN 50014.

– Hydraulic pressure tests according to EN 1595.


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Tightness problem and environment leakage

A critical point in the borosilicate glass 3.3 plant is the low value permissible torque (N/m) in flanged system. The problem of tightness in borosilicate glass 3.3 equipment and relative leakages in en-vironment, is always dealt during the stage of the design process with:

– Choice of torque wrench setting value vs. borosilicate glass flange DN value.

– Choice of seal type material (example, virgin PTFE, TFM, VITON)

– Seal type (example GMP).

Besides static tightness tests in agreement with TA-Luft VDI 2440 flanged system have been posi-tive feedback.During maintenance operation of the flanges cou-pling, remind:

– alternate tightening of the bolts using a “X” pattern;

– tightening by means calibrated dynamometric wrench (N/m) versus nominal diameter (DN), see table below.

nominal diameTer

(dn)

Torque n/m PlasTic

flanges

Torque n/maluminium

flanges15 1.0 1.025 1.5 2.5

40 1.5 3.0

50 1.5 3.0

80 2 3.0

100 2 4.5

150 2 4.5

200 3.5 4.5

300 3.5 5.0

400 - 6.5

450 - 6.5

600 - 11


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Covering of equipment in borosilicate glass 3.3

Soffieria Sestese propose three typologies of coating for glass equipment.

1. Coating TrasparentSafe

TrasparentSafe is a desiccation covering UV, solu-ble in water, that forms a protective layer fragment retention and drain off protection on surfaces of equipments in borosilicate glass 3.3TrasparentSafe is a transparent coating with a thickness of over 500 µm applied to spray. The maximum temperatures admissible for long pe-riods is of 140 °C, with a peak temperature of 180 °C for short periods. To the than above of the 140 °C the covering becomes amber-coloured, also maintaining unchanged the transparency and the mechanical properties.

TrasparentSafe principal specification:

– autoclavable at 134 °C;

– resisting in dishwashing machine with thermal disinfection at 53 °C.

Resisting at following chemicals product:

– water;

– hydrocloridric acid at 20% ambient temperature;

– nitric acid at 20% ambient temperature;

– sulphuric acid at 20% ambient temperature;

– acetone ambient temperature;

– 2 – propanol ambient temperature;

– Carbon tetrachloride ambient temperature.

Resistance to specific stress to be verified

2. Coating ConductiveSafe

When glass components have to operate in areas classified to risk of explosion according to the di-rective ATEX 99/92/CE, it is essential to consider the risk to the electrostatic discharge.According to Standard CLC/TR 50404:2003, the borosilicate glass 3.3 is considered a material with smaller values of surface resistivity less than 1010 Ω. The Soffieria Sestese proposes, to improve the characteristics of conductibility of the borosilicate glass 3.3, a conductive polymeric covering:

Coating ConductiveSafe characteristics:

– superficial resistance = 106 Ω (in acc. IEC standard 93; VDE 0303; ASTM D 257);

– transmission to 550 nm>95% for thickness of covering between 4 ÷ 12 mm;

– thickness covering between 4 ÷ 6 μm;

– viscosity: 25 mPa.s;

– pH value: 8;

– max permissible temperature: 140 °C.

The ConductiveSafe is spray applied and usually composite action with Hydrolux(splinterproof and antispillage coating) in order to increase borosilicate glass 3.3 mechanical speci-fications.


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ATEX application

As safety not depend only by equipment, compo-nents and protective system, but also by material used and its utilization, is needed to avoid static charge accumulation and reduce inherent hazard. The risk evaluation therefore includes the static charge accumulation associated with liquids of low conductivity (< 10−9 S/m) and for this purpose are applied different security devices such as:

– employed of dissipative materials in PTFE;

– grounding for electrostatic discharge;

– employed mechanical seals for agitation unit standard Soffieria Sestese dal DN25 al DN50.

SOFFIERIA SESTESE BORO 3.3 0496

Category I = A Module

Category II = D1 Module

art. 3.3 - no CE marking

SOFFIERIA SESTESE BORO 3.3



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Marking

Marking procedures for equipments in borosilicate glass 3.3 is tightly connected to Quality System.

The European Directives for CE marking are:

1. Directive Machinery 2006/42/CE

2. Directive 97/23/CE (PED)

Module D1 (Guarantee Quality of Production) An-nex III for equipments of Category II according to Safety Essential Requirements approved by N.B. DNV module 1

3. Directive 94/9/CE (ATEX)

According to Safety Essential Requirements ap-proved by ICEPI (0066) Annex VIII for equipments installed in the zone 1/21; 2/22

In addition, equipment not covered by a specific directive, Soffieria Sestese may issue, in accordance with standard EN 10204:2004:

– Declaration of compliance with the order 2.1.

– Test report 2.2.

– Inspection certificate 3.1.

– Inspection certificate 3.2.

On the right the different types of marking for equipment in borosilicate glass 3.3.

Art. 3.3 – no CE marking









CE marking according to PED directive














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nominal diameTer

d1(mm)

D2(mm)

D3(mm)

15 30 (+0.0 / −1.0) 15 2225 44 (+0.0 / −1.0) 25 32

40 62 (+0.0 / −1.0) 40 50

50 76 (+0.0 / −1.0) 50 60

80 110 (+0.0 / −1.5) 80 90

100 131 (+0.0 / −1.5) 100 110

150 185 (+0.0 / −1.5) 151 165

200 234 (+0.0 / −1.5) 201 215

300 338 (+0.0 / −1.5) 301 315

400 465 (+0.0 / −1.5) 401 415

450 528 (+0.0 / −1.5) 457 465

600 684 (+0.0 / −4.0) 612 620

nominal size

flange form

PiPe end

BacKing flange inserT drilling

no. of drillings

15 Flat Fire-polished and grinded

Plastic / Metal Plastic Metal Spring

M6 325 M8 4

40

50

80 8

100

150

200

300 12

400 Metal PTFE 16

450

600 M12 20

Borosilicate glass flanges dimensions

In practice the buttress end areas of borosilicate glass components have to withstand not only the tensile and compressive stresses resulting from being operated under pressure or vacuum, and the thermal stresses caused by the operating temperature, but also the stresses set up by the bolting forces in the coupling. Engineering a safe buttress end therefore involves ensuring that the sum of these stresses is minimised. The design of the flange coupling and the fire polished seal-ing surface both make significant contributions to this end.

D1

D2

D3


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Quality

Soffieria Sestese is compliant with the highest quality standards, thanks to a well-documented managing system that is able to integrate and co-ordinate every activity.

Our system introduces a quality control certified with UNI EN ISO 9001:2008. The quality proce-dures are constantly applied to every phase of the production line and controlled by the dedicated Quality department.

Our test laboratory allows us to certify the com-pliance of every product, both in borosilicate glass 3.3 and other materials.


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Notes


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PiPes and fiTTings



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Pipes and Fittings

The pipes and fittings made of borosilicate glass 3.3 are mainly used in chemical, pharmaceu-tical and food industries. The implementation of this type of material to be part of these industries is significant to understand the importance of the properties of borosilicate glass 3.3.Soffieria Sestese Flat Connection pipeline uses a modular construction system for the diameter range 15 mm to 600 mm and includes a wide range of fittings, for example:

– pipe lengths up to 3000 mm; – fittings such as ties, bends, reducers; – glandless valves from 15 mm to 80 mm

in the material combination borosilicate glass 3.3/PTFE.

The dimensions of all components of the modular construction system are based on a single unit of measurement. This metric grid system (with reference to UNI EN 12585:1999) ensures problem-free construc-tion using standard components. The basic dimen-sions in the grid system is 25 mm and all compo-nents dimensions are divisible by this number.



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Pipes section

code code code code

h DN15 DN25 DN40 DN5075 SRO015/0075/33 SRO025/0075/33 - -

100 SRO015/0100/33 SRO025/0100/33 SRO040/0100/33 SRO050/0100/33125 SRO015/0125/33 SRO025/0125/33 SRO040/0125/33 SRO050/0125/33150 SRO015/0150/33 SRO025/0150/33 SRO040/0150/33 SRO050/0150/33175 SRO015/0175/33 SRO025/0175/33 SRO040/0175/33 SRO050/0175/33200 SRO015/0200/33 SRO025/0200/33 SRO040/0200/33 SRO050/0200/33300 SRO015/0300/33 SRO025/0300/33 SRO040/0300/33 SRO050/0300/33400 SRO015/0400/33 SRO025/0400/33 SRO040/0400/33 SRO050/0400/33500 SRO015/0500/33 SRO025/0500/33 SRO040/0500/33 SRO050/0500/33700 SRO015/0700/33 SRO025/0700/33 SRO040/0700/33 SRO050/0700/33

1000 SRO015/1000/33 SRO025/1000/33 SRO040/1000/33 SRO050/1000/331500 SRO015/1500/33 SRO025/1500/33 SRO040/1500/33 SRO050/1500/332000 SRO015/2000/33 SRO025/2000/33 SRO040/2000/33 SRO050/2000/333000 - SRO025/3000/33 SRO040/3000/33 SRO050/3000/33

code code code code

h DN80 dn100 DN150 DN200125 SRO080/0125/33 - - - 150 SRO080/0150/33 SRO100/0150/33 SRO150/0150/33 SRO200/0150/33175 SRO080/0175/33 SRO100/0175/33 SRO150/0175/33 SRO200/0175/33200 SRO080/0200/33 SRO100/0200/33 SRO150/0200/33 SRO200/0200/33300 SRO080/0300/33 SRO100/0300/33 SRO150/0300/33 SRO200/0300/33400 SRO080/0400/33 SRO100/0400/33 SRO150/0400/33 SRO200/0400/33500 SRO080/0500/33 SRO100/0500/33 SRO150/0500/33 SRO200/0500/33700 SRO080/0700/33 SRO100/0700/33 SRO150/0700/33 SRO200/0700/33

1000 SRO080/1000/33 SRO100/1000/33 SRO150/1000/33 SRO200/1000/331500 SRO080/1500/33 SRO100/1500/33 SRO150/1500/33 SRO200/1500/332000 SRO080/2000/33 SRO100/2000/33 SRO150/2000/33 SRO200/2000/333000 SRO080/3000/33 SRO100/3000/33 SRO150/3000/33 -

code code code code

h DN300 DN400 DN450 DN600200 SRO300/0200/33 - - -300 SRO300/0300/33 - - -400 SRO300/0400/33 - - -500 SRO300/0500/33 SRO400/0500/33 SRO450/0500/33 SRO600/0500/33700 SRO300/0700/33 - -

1000 SRO300/1000/33 SRO400/1000/33 SRO450/1000/33 SRO600/1000/331500 SRO300/1500/33 SRO400/1500/33 SRO450/1500/33 SRO600/1500/332000 SRO300/2000/33 - - -

H

DN


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Borosilicate Glass 3.3 Spacers

code code code code

h DN15 DN25 DN40 DN5010 SRO015/0010/33 SRO025/0010/33 SRO040/0010/33 SRO050/0010/3315 SRO015/0015/33 SRO025/0015/33 SRO040/0015/33 SRO050/0015/3320 SRO015/0020/33 SRO025/0020/33 SRO040/0020/33 SRO050/0020/3325 SRO015/0025/33 SRO025/0025/33 SRO040/0025/33 SRO050/0025/3350 SRO015/0050/33 SRO025/0050/33 SRO040/0050/33 SRO050/0050/33

code code code code

h DN80 dn100 DN150 DN20010 SRO080/0010/33 SRO100/0010/33 SRO150/0010/33 -15 SRO080/0015/33 SRO100/0015/33 SRO150/0015/33 -20 SRO080/0020/33 SRO100/0020/33 SRO150/0020/33 -25 SRO080/0025/33 SRO100/0025/33 SRO150/0025/33 -50 SRO080/0050/33 SRO100/0050/33 SRO150/0050/33 SRO200/0050/3375 SRO080/0075/33 SRO100/0075/33 SRO150/0075/33 -

100 SRO080/0100/33 SRO100/0100/33 SRO150/0100/33 -125 - SRO100/0125/33 SRO150/0125/33 -

PTFE Spacers

code code code code

h DN15 DN25 DN40 DN5025 SRO015/0025/U SRO025/0025/U SRO040/0025/U SRO050/0025/U50 SRO015/0050/U SRO025/0050/U SRO040/0050/U SRO050/0050/U

code code code

h DN80 dn100 DN1502550 SRO080/0050/U SRO100/0050/U SRO150/0050/U

Spacers

DN

H


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Flat connections with others most standard glass flanges

code code code

dn h Tipo A Tipo B Tipo C15 75 SAMS015/3/1 SAMS015/3/2 SAMS015/3/Q25 75 SAMS025/3/1 SAMS025/3/2 SAMS025/3/Q40 10 SAMS040/3/1 SAMS040/3/2 SAMS040/3/Q50 100 SAMS050/3/1 SAMS050/3/2 SAMS050/3/Q80 125 SAMS080/3/1 SAMS080/3/2 SAMS080/3/Q

100 150 SAMS100/3/1 SAMS100/3/2 SAMS100/3/Q150 150 SAMS150/3/1 SAMS150/3/2 SAMS150/3/Q200 150 SAMS200/3/1 SAMS200/3/2 SAMS200/3/Q300 200 SAMS300/3/1 SAMS300/3/2 SAMS300/3/Q

H

DN DN DN

H

BA C

H


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Glass reducers

dn dn1 h code25 15 100 SRS025/015/3340 15 100 SRS040/015/3340 25 100 SRS040/025/3350 15 100 SRS050/015/3350 25 100 SRS050/025/3350 40 100 SRS050/040/3380 25 125 SRS080/025/3380 40 125 SRS080/040/3380 50 125 SRS080/050/33

100 25 150 SRS100/025/33100 40 150 SRS100/040/33100 50 150 SRS100/050/33100 80 150 SRS100/080/33150 25 200 SRS150/025/33150 40 200 SRS150/040/33150 50 200 SRS150/050/33150 80 200 SRS150/080/33150 100 200 SRS150/100/33200 25 175 SRS200/025/33200 40 175 SRS200/040/33200 50 200 SRS200/050/33200 80 200 SRS200/080/33200 100 200 SRS200/100/33200 150 200 SRS200/150/33300 25 225 SRS300/025/33300 40 225 SRS300/040/33300 50 225 SRS300/050/33300 80 250 SRS300/080/33300 100 250 SRS300/100/33300 150 250 SRS300/150/33300 200 250 SRS300/200/33400 50 300 SRS400/050/33400 80 300 SRS400/080/33400 100 300 SRS400/100/33400 150 300 SRS400/150/33400 200 300 SRS400/200/33400 300 300 SRS400/300/33450 50 325 SRS450/050/33450 80 325 SRS450/080/33450 100 325 SRS450/100/33450 150 325 SRS450/150/33450 200 325 SRS450/200/33450 300 325 SRS450/300/33600 50 375 SRS600/050/33600 80 375 SRS600/080/33600 100 375 SRS600/100/33600 150 400 SRS600/150/33600 200 400 SRS600/200/33600 300 400 SRS600/300/33

DN 1

DN

H


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Eccentric reducers

dn dn1 h l code25 15 100 5 SRU025/015/3340 25 100 6 SRU040/025/3350 25 100 12 SRU050/025/3350 40 100 6 SRU050/040/3380 25 125 24 SRU080/025/3380 40 125 18 SRU080/040/3380 50 125 12 SRU050/050/33

100 25 150 39 SRU100/025/33100 40 150 33 SRU100/040/33100 50 150 27 SRU100/050/33100 80 150 15 SRU100/080/33150 50 200 52 SRU150/050/33150 80 200 40 SRU150/080/33150 100 200 25 SRU150/100/33

H L

DN 1

DN


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90° Bend reducers

dn dn1 l h code25 15 50 75 SPBR025/015/3340 25 100 125 SPBR040/025/3350 40 150 150 SPBR050/040/3380 50 150 150 SPBR080/050/33

100 50 150 200 SPBR100/050/33100 80 175 200 SPBR100/080/33150 50 150 200 SPBR150/050/33150 80 175 250 SPBR150/080/33150 100 250 250 SPBR150/100/33200 800 175 250 SPBR200/080/33300 80 175 300 SPBR300/080/33300 100 175 300 SPBR300/100/33300 150 200 350 SPBR300/150/33

L

90°

H

DN 1

DN

90° Bends

L

H

90°

DN

dn l h code15 50 50 SBO015/90°/3325 100 100 SBO025/90°/3340 150 150 SBO040/90°/3350 150 150 SBO050/90°/3380 200 200 SBO080/90°/33

100 250 250 SBO100/90°/33150 250 250 SBO150/90°/33200 300 300 SBO200/90°/33300 400 400 SBO300/90°/33

90° Bends with reduced length

dn l h code25 75 75 SBOR025/90°/3340 100 100 SBOR040/90°/3350 100 100 SBOR050/90°/3380 150 150 SBOR080/90°/33

90° Bends with coulisse connection

dn l h code15 50 … SBO015/90°/33/…25 100 … SBO025/90°/33/…

Dimensions required later


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45° Bends

dn l code15 50 SBO015/45°/3325 75 SBO025/45°/3340 100 SBO040/45°/3350 100 SBO050/45°/3380 125 SBO080/45°/33

100 175 SBO100/45°/33150 200 SBO150/45°/33200 200 SBO200/45°/33300 200 SBO300/45°/33

DN

L

L

45°

90° Bends with thermometric connection

L

H

DN

H1

DN 1dn dn1 l h h1 code40 25 150 150 225 SAPK040/90°/3350 25 150 150 250 SAPK050/90°/3380 25 200 200 300 SAPK080/90°/33

100 25 250 250 375 SAPK100/90°/33150 25 250 250 400 SAPK150/90°/33200 25 300 300 475 SAPK200/90°/33300 25 400 400 625 SAPK300/90°/33

90° Bends with thermometric connection and reduced length

dn dn1 l h h1 code40 25 100 100 175 SAPKR040/90°/3350 25 100 100 175 SAPKR050/90°/3380 25 150 150 250 SAPKR080/90°/33


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“U” Bends

dn l h code15 100 100 SUB015/3325 150 150 SUB025/3340 140 150 SUB040/3350 150 150 SUB050/3380 210 200 SUB080/33

100 230 200 SUB100/33

“U” Bends with bottom outlet

“U” Bends with reduced drain

dn dn1 l h h1 code15 15 100 200 100 SHO015/015/33325 25 150 250 150 SHO025/025/33340 25 140 250 150 SHO040/025/33350 25 150 250 150 SHO050/025/33380 25 210 300 200 SHO080/025/333

100 50 230 350 200 SHO100/050/333


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Crosspieces

H

LL

DN

H

Equal “T”-pieces

L L

HDN

dn l h code15 50 50 SKR015/333325 100 100 SKR025/333340 150 150 SKR040/333350 150 150 SKR050/333380 200 200 SKR080/3333

100 250 250 SKR100/3333150 250 250 SKR150/3333

Crosspieces with reduced length

dn l h code25 75 75 SKRR025/333340 100 100 SKRR040/333350 100 100 SKRR050/333380 150 150 SKRR080/3333

dn l h code15 50 50 STS015/33325 100 100 STS025/33340 150 150 STS040/33350 150 150 STS050/33380 200 200 STS080/333

100 250 250 STS100/333150 250 250 STS150/333200 300 300 STS200/333300 400 400 STS300/333

Equal “T” pieces with reduced length

dn l h code25 75 75 STSR025/33340 100 100 STSR040/33350 100 100 STSR050/33380 150 150 STSR080/333


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Unequal “T”-pieces

H

L

DN 1

DN

dn dn1 h l code25 15 150 75 STS025/015/33340 25 200 100 STS040/025/33350 25 200 100 STS050/025/33350 40 200 100 STS050/040/33380 25 200 100 STS080/025/33380 40 250 100 STS080/040/33380 50 250 100 STS080/050/333

100 25 200 125 STS100/025/333100 40 250 125 STS100/040/333100 50 250 125 STS100/050/333100 80 300 125 STS100/080/333150 25 200 150 STS150/025/333150 40 250 150 STS150/040/333150 50 250 150 STS150/050/333150 80 300 150 STS150/080/333150 100 300 150 STS150/100/333200 25 200 175 STS200/025/333200 40 200 175 STS200/040/333200 50 250 175 STS200/050/333200 80 300 175 STS200/080/333200 100 300 200 STS200/100/333200 150 400 225 STS200/150/333300 25 400 225 STS300/025/333300 40 400 225 STS300/040/333300 50 400 225 STS300/050/333300 80 400 225 STS300/080/333300 100 400 225 STS300/100/333300 150 500 275 STS300/150/333300 200 600 275 STS300/200/333400 80 400 300 STS400/080/333400 150 500 325 STS400/150/333450 80 400 325 STS450/080/400450 150 600 350 STS450/150/333600 80 600 400 STS600/080/333600 150 600 425 STS600/150/333600 300 800 500 STS600/300/333

Unequal “T”- pieces with reduced length

dn dn1 h l code25 15 100 75 STSR025/015/33340 25 150 75 STSR040/025/33350 25 150 100 STSR050/025/33350 40 150 100 STSR050/040/33380 25 200 100 STSR080/025/33380 40 200 100 STSR080/040/33380 50 200 125 STSR080/050/333


2. p

ipes

an

D fi

TTin

gs

2.120



Equal “T”-pieces with coulisse connection

H

H

DN

A

LDN

H

L

H

B

dn h TiPo code15 50 A STSC015/A/33/…15 50 B STSC015/B/33/…25 100 A STSC025/A/33/…25 100 B STSC025/B/33/…

Dimension “L” required later

Equal “T”- pieces with reduced length

dn h TiPo code25 75 A STSCR025/A/33/…25 75 B STSCR025/B/33/…



2. p

ipes

an

D fi

TTin

gs



Closures

dn h code15 50 SBL015/3325 75 SBL025/3340 75 SBL040/3350 75 SBL050/3380 110 SBL080/33

100 110 SBL100/33150 125 SBL150/33200 125 SBL200/33300 170 SBL300/33400 190 SBL400/33450 250 SBL450/33600 250 SBL600/33

H

DN


2. p

ipes

an

D fi

TTin

gs

2.140



Straight hose connectors

dn d h code15 8 70 SOL015/08/315 10 70 SOL015/10/315 13 70 SOL015/13/315 16 70 SOL015/16/315 18 70 SOL015/18/315 20 70 SOL015/20/325 8 90 SOL025/08/325 16 90 SOL025/16/325 20 90 SOL025/20/325 26 90 SOL025/26/325 30 90 SOL025/30/340 26 100 SOL040/26/340 32 100 SOL040/32/350 32 100 SOL050/60/3

H

D

DN

90° Hose connectors

dn d h code15 16 60 SOL90/015/16/W/315 18 60 SOL90/015/18/W/315 20 60 SOL90/015/20/W/325 20 60 SOL90/025/20/W/325 26 70 SOL90/025/26/W/325 30 70 SOL90/025/30/W/3

D

H

DN


2. p

ipes

an

D fi

TTin

gs



Sight glasses

The sight glasses proposed by Soffieria Sestese are characterized by their strong resistance to cor-rosion. For practical purposes, the liquids are in contact only with borosilicate glass 3.3 and spe-cial PTFE gaskets. The greater advantage in using these sight glass-es is to visualize the fluid through the pipe surface to a minimum of 100 mm length. An external Lexan tube, protects the sight glass against eventual breakage.

D

H

DN

*

4

7

6

5

3

2

1

dn d hcarBon

sTeel codesTainless

sTeel code25 122 150 SRSG025 SRSG025AI40 145 200 SRSG040 SRSG040AI50 177 200 SRSG050 SRSG050AI80 200 200 SRSG080 SRSG080AI

100 220 200 SRSG100 SRSG100AI

Max pressure DN25, DN40, DN50, DN80: 6 barMax pressure DN100: 3 bar

* Connection flange UNI EN 1092-1 PN10Coil heat exchangers

Legend

sn q.TY descriPTion1 1 Top flange with gasket2 1 Protection tube3 1 Flange with gasket4 4 Spacing bar5 1 Tube6 1 Stuffing flange with gasket 7 1 Bottom flange with gasket


2. p

ipes

an

D fi

TTin

gs


ValVes

3.000


3. Va

lVes



Valves

A wide range of valves with manual or automatic control is available for a variety of applications. The bodies are made of borosilicate glass 3.3 which allows to visually check the operation. In all cases, the glass is associated with PTFE to confer at the valve an optimum resistance to corrosion. A special advantages for this type of valves is the absence of stuffing box. The seal is provided di-rectly by the plug-PTFE bellows. They meet the specification of ISO 3587, where this standard ap-plies. Maximum interchangeability of compatible com-ponents is ensured, therefore the valves can be interchanged with bends, tee pieces etc. For conditions use of valves, and in the absence of specifications in this chapter, refer to the technical information (chapter 1). Generally, the maximum operating temperatures is 180 °C, anyway over 120 °C should gradually re-duce the pressure. If in doubt, consult our techni-cal department for advice. All the valves showed in this catalog, can be provided on request with a special coating descript in chapter 1 (Technical In-formation).


3.010


3. Va

lVes



Straight-through valves

DN

L

L145°

Plastic material device

dn l l1 code15 125 120 SVL015PL25 200 175 SVL025PL40 225 215 SVL040PL50 300 330 SVL050PL80 375 390 SVL080PL

Pneumatic actuator version

dn l l1 code15 125 120 SVL015/P/…25 200 175 SVL025/P/…40 225 215 SVL040/P/…50 300 330 SVL050/P/…80 375 390 SVL080/P/…

N.O. = Normally open – N.C. = Normally closed – D.E. = Double acting

Stainless steel device

dn l l1 code15 125 120 SVL015AI25 200 175 SVL025AI40 225 215 SVL040AI50 300 330 SVL050AI80 375 390 SVL080AI

3.020


3. Va

lVes



Angle valves

L

H1

H

DN


dn l h h1 code15 50 50 150 SVS015PL25 100 100 240 SVS025PL40 150 150 360 SVS040PL50 150 150 360 SVS050PL80 200 200 450 SVS080PL


dn l h h1 code15 50 50 150 SVS015/P/…25 100 100 240 SVS025/P/…40 150 150 360 SVS040/P/…50 150 150 360 SVS050/P/…80 200 200 450 SVS080/P/…

N.O. = Normally openN.C. = Normally closedD.E. = Double acting


dn l h h1 code15 50 50 150 SVS015AI25 100 100 240 SVS025AI40 150 150 360 SVS040AI50 150 150 360 SVS050AI80 200 200 450 SVS080AI

3.030


3. Va

lVes



Unequal angle valves

H1

H

DNL

DN 1


dn dn1 l h h1 code15 25 75 50 150 SVSR015/025/PL25 40 100 100 240 SVSR025/040/PL


dn dn1 l h h1 code15 25 75 50 150 SVSR015/025/P/……25 40 100 100 240 SVSR025/040/P/……

N.O. = Normally openN.C. = Normally closedD.E. = Double acting


dn dn1 l h h1 code15 25 75 50 150 SVSR015/025AI25 40 100 100 240 SVSR025/040AI

3.040


3. Va

lVes



Drain valves

L

45°L1

DN 1Ø


dn Ø l l1 code15 16 140 120 SVSC015/16PL25 16 140 120 SVSC025/16PL25 26 150 175 SVSC025/26PL40 16 150 120 SVSC040/16PL40 26 200 175 SVSC040/26PL


dn Ø l l1 code15 16 140 120 SVSC015/16/P/…25 16 150 120 SVSC025/16/P/…25 26 150 175 SVSC025/26/P/…40 16 150 120 SVSC040/16/P/…40 26 200 175 SVSC040/26/P/…



dn Ø l l1 code15 16 140 120 SVSC015/16AI25 16 150 120 SVSC025/16AI25 26 150 175 SVSC025/26AI40 16 150 120 SVSC040/16AI40 26 200 175 SVSC040/26AI

3.050


3. Va

lVes



Vent valves

DN

HØ

dn Ø h code15 10 132 SPVL15/325 10 140 SPVL25/340 10 145 SPVL40/3

3.060


3. Va

lVes



Bottom outlet valves

H

15°

D

DN 1

DN

H1


dn dn1 h h1 d code25 15 50 100 20 SVF025/020/015PL50 25 170 190 33 SVF050/040/025PL50 40 170 190 38 SVF050/050/040PL


dn dn1 h h1 d code25 15 50 100 20 SVF025/020/015/P…50 25 170 190 33 SVF050/040/025/P…50 40 170 190 38 SVF050/050/040/P…



dn dn1 h h1 d code25 15 50 100 20 SVF025/020/015AI50 25 170 190 33 SVF050/040/025AI50 40 170 190 38 SVF050/050/040AI

Bottom outlet valves for 3 jacket reactors custom made

3.070


3. Va

lVes



Bottom outlet valves with PT100 titanium probe

H

15°

D

DN 1

DN

H1


dn d1 h h1 d code25 15 50 100 20 SVF025/020/015PT10050 25 170 230 33 SVF050/040/025PT10050 40 170 230 38 SVF050/050/040PT100


dn d h h1 d code25 15 50 100 20 SVF025/020/015PT100/P/…50 25 170 230 33 SVF050/040/025PT100/P/…50 40 170 230 38 SVF050/050/040PT100/P/…



dn d h h1 d code25 15 50 100 20 SVF025/020/015PT100AI50 25 170 230 33 SVF050/040/025PT100AI50 40 170 230 38 SVF050/050/040PT100AI

3.080


3. Va

lVes



Coulisse connection valves

L1

45°

DN

L

Coulisse straight valves

dn l l1

PlasTic maTerial

deVice code

sTainless sTeel

deVice code15 … 120 SVLC015PL/… SVLC015AI/…25 … 175 SVLC025PL/… SVLC025AI/…40 … 215 SVLC040PL/… SVLC040AI/…50 … 330 SVLC050PL/… SVLC050AI/…80 … 390 SVLC080PL/… SVLC080AI/…


H1

H

DNL A

L1

DNH

B

L

Coulisse angle valves type A

dn l h h1

PlasTic maTerial

deVice code

sTainless sTeel

deVice code15 … 50 150 SVSCA015PL/… SVSCA015AI/…25 … 100 240 SVSCA025PL/… SVSCA025AI/…40 … 150 360 SVSCA040PL/… SVSCA040AI/…50 … 150 360 SVSCA050PL/… SVSCA050AI/…80 … 200 450 SVSCA080PL/… SVSCA080AI/…


Coulisse angle valves type B

dn l l1 h

PlasTic maTerial

deVice code

sTainless sTeel

deVice code15 … 50 … SVSCB015PL/… SVSCB015AI/…25 … 100 … SVSCB025PL/… SVSCB025AI/…40 … 150 … SVSCB040PL/… SVSCB040AI/…50 … 150 … SVSCB050PL/… SVSCB050AI/…80 … 200 … SVSCB080PL/… SVSCB080AI/…


3.090


3. Va

lVes



Sampling valve for reactors

H2

DN DN

DN

GL

H1

dn glcaPaciTY

(c.c.) h1 H2 code15 25 160 340 90 SPC15

3.100


3. Va

lVes



Overflow pressure valves

DNL

H

H1

dn l h h1 code sTainless

sTeel code15 60 60 190 SPVF015PL SPVF015AI25 100 100 215 SPVF025PL SPVF025AI40 100 100 250 SPVF040PL SPVF040AI

Standard calibration 0.3 bar g – Different pressure show beyond code: SPVF015PO/……

3.110


3. Va

lVes



Safety valves

A safety valve is basically a plunger which closes a passageway by spring pressure.If the opposite pressure exceeds the pressure of the spring, the plunger is pushed back from the opening, allowing gases/vapour pressure to be re-leased to vent.

These valves are made of borosilicate glass 3.3 body and PTFE plunger.The valves are designed to meet the requirements of DNV Business Assurance and are supplied with inspection certificate 3.1.

DNL

H

H1

DN 1

DN 2

dn dn1 DN2 l h h1 code15 25 50 100 75 210 SSVF01525 50 80 150 130 250 SSVF025

Technical sPecificaTions

dn

discharge coefficienT

Kd

floW diameTer

(mm)

floW cross secTion

(mm2)

seT Pressure

range (bar g) code

15 0.559 15 176 0.5 ÷ 1.0 SSVF01525 0.559 25 490 0.5 ÷ 1.0 SSVF025

3.120


3. Va

lVes



Ball valves

Ball valve is described as a mechanical device that directs, guides and modulates the flow of vari-ous types of liquids by way of an opening of a ball which has an opening in the middle.This compact ball valve is inserted in the pipeline by means of a standard backing flange.These type of valves are ideal for applications where a low pressure drop is required.The main body is made in ductile cast iron, the in-ternal body and the ball are made in virgin PFA.

DNØD

H

L

ØK

R

dn l h r Ø d Ø K code25 80 118 160 105 85 SKHK2540 110 146 210 135 110 SKHK4050 125 150 210 145 125 SKHK50

3.130


3. Va

lVes



Non return flap valves

This type of non return flap valve can be used in both horizontal and vertical pipeline systems. The clapet in PTFE is attached with a hinge in tantalum and sealing seat made of borosilicate glass 3.3.In horizontal position we suggest to install an ec-centric reducer type SRU.

H

DN

DN1

dn d1 h code25 50 225 SRK02540 80 275 SRK04050 100 325 SRK05080 150 415 SRK080

100 200 450 SRK100

3.140


3. Va

lVes




3. Va

lVes


4. Ve

ssel

s

and

coVe

rs

Vessels and coVers

4.000




4. Ve

ssel

s

anD

CoVe

rs

Vessels and Covers

Soffieria Sestese offer a wide range of vessels, re-actors and covers in borosilicate glass 3.3 in the following sizes:

– Spherical vessels from 5 to 200 liters capacity. – Cylindrical vessels from 5 to 400 liters

capacity.

Reactors and their components have been de-signed to meet the requirements of better manu-facturing chemical engineering. Thus, balloons and covers reactors have multiple nozzles which are consistent with feeding line, vapor line, con-nections instrumentation or the set up of our stir-rer sets.Spherical vessels and reactors can be graduated and provided with a protecting coating surface, see chapter 1 (Technical Information).For mixing operations such as liquid / liquid or solid / liquid and for improving the efficiency of heating systems, we propose a stirrer set adapted perfectly to our range of spherical vessels and re-actors for use in pressure or vacuum range.

In this chapter we present also: – Horizontal separators with or without overflow

valve. – Cyclones. – Diathermic oil heating baths. – Electric heaters.


4.010




4. Ve

SSel

S

anD

CoVe

rS

Spherical reaction vessels with 5 branches and drain

DN5DN3

DN2

DN1

H1

H

D

45°45°

H2

DN6

DN4

DN3 DN5

caP.(l) d dn1 DN2DN3 DN5 DN4 DN6 h h1 H2

code

10 280 50 15 25 50 50 455 250 50 SGEK010/5/320 350 50 25 25 50 80 565 325 60 SGEK020/5/350 490 200 40 40 100 50 710 400 70 SGEK050/5/3

100 610 200 40 50 100 50 825 450 70 SGEK100/5/3200 750 300 50 50 100 50 1000 550 70 SGEK200/5/3

4.020




4. Ve

ssel

s

anD

CoVe

rs

Spherical reaction vessels with 5 branches and bottom valve seat

caP.(l) d dn1 DN2DN3DN5 DN4 DN6 h h1 H2

code

10 280 50 15 25 50 50 455 250 170 SGEKVF010/5/320 350 50 25 25 50 80 565 325 170 SGEKVF020/5/350 490 200 40 40 100 50 710 400 170 SGEKVF050/5/3

100 610 200 40 50 100 50 825 450 170 SGEKVF100/5/3200 750 300 50 50 100 50 1090 550 170 SGEKVF200/5/3

DN5DN3

DN2

DN1

H1

D

45°45°

DN6

DN4

DN3 DN5

H2

H

4.030




4. Ve

SSel

S

anD

CoVe

rS

Graduated spherical vessels

DN2

DN1

H1

H

D

H2

caP.(l) d dn1 DN2 h h1 H2graduaT. (x liTer) code

5 225 50 15 340 180 50 1 SGEKR005/3/G10 280 50 15 400 250 50 1 SGEKR010/3/G20 350 50 15 565 325 60 2 SGEKR020/3/G50 490 200 25 700 395 60 2 SGEKR050/3/G

100 610 200 40 825 450 70 5 SGEKR100/3/G200 750 300 40 1000 550 70 5 SGEKR200/3/G

4.040




4. Ve

ssel

s

anD

CoVe

rs

Cylindrical reactors

HH1

DN

DN1

caP.(l) dn dn1 h h1 codegraduaTed

Version code5 150 25 460 400 SGER005/150/3 SGER005/150/3/G

10 200 25 550 490 SGER010/200/3 SGER010/200/3/G20 300 25 500 440 SGER020/300/3 SGER020/300/3/G30 300 25 650 585 SGER030/300/3 SGER030/300/3/G50 300 25 900 835 SGER050/300/3 SGER050/300/3/G50 400 40 700 635 SGER050/400/3 SGER050/400/3/G

100 400 40 1000 935 SGER100/400/3 SGER100/400/3/G100 450 40 890 825 SGER100/450/3 SGER100/450/3/G150 450 40 1195 1130 SGER150/450/3 SGER150/450/3/G200 450 40 1500 1435 SGER200/450/3 SGER200/450/3/G400 600 50 1700 1625 SGER400/600/3 SGER400/600/3/G

DN600 available custom made

4.050




4. Ve

SSel

S

anD

CoVe

rS

Cylindrical reactors with bottom valve seat

DN

DN1

HH1

caP.(l) dn dn1 h h1 codegraduaTed

Version code5 150 25/S 450 400 SGERVF005/150/3 SGERVF005/150/3/G

10 200 25/S 540 490 SGERVF010/200/3 SGERVF010/200/3/G20 300 50 540 440 SGERVF020/300/3 SGERVF020/300/3/G30 300 50 685 585 SGERVF030/300/3 SGERVF030/300/3/G50 300 50 935 835 SGERVF050/300/3 SGERVF050/300/3/G50 400 50 735 635 SGERVF050/400/3 SGERVF050/400/3/G

100 400 50 1035 935 SGERVF100/400/3 SGERVF100/400/3/G100 450 50 925 825 SGERVF100/450/3 SGERVF100/450/3/G150 450 50 1230 1130 SGERVF150/450/3 SGERVF150/450/3/G200 450 50 1535 1435 SGERVF200/450/3 SGERVF200/450/3/G


4.060




4. Ve

ssel

s

anD

CoVe

rs

Graduated vessels

DN 4

DN 1 DN 3

DN 1

DN 2

DN 3

H

H1

D

caP.(l) d DN1/2/3 DN4 h h1graduaT. (x liTer) code

5 185 15 15 400 50 1 SRC005/3/G10 215 25 15 500 50 1 SRC010/3/G20 315 25 15 500 50 2 SRC020/3/G50 415 40 25 700 60 2 SRC050/3/G

4.070




4. Ve

SSel

S

anD

CoVe

rS

Jacketed graduated reactors welded with bottom seat valve

DN 2

DN 2

DN 1

DN

L

H1

H

L1

H2

45°

D A

L

H1

DN 2

DN

L1

20°

DN 2

DN 1

H

H2

D B

DN

L

H1

DN 2

L1

45°

D

DN 1

DN 2

H

H2

C

caP.(l) dn dn1 DN2 d h h1 H2 l l1 TYPe

code5 150 25/S 15 215 450 90 20 155 95 A SRIS005/150/3/G5 200 25/S 15 250 340 90 10 175 75 A SRIS005/200/3/G

10 200 25/S 15 250 500 80 20 175 95 A SRIS010/200/3/G15 200 25/S 15 315 575 125 40 200 135 B SRIS015/200/3/G15 300 25/S 15 370 435 100 10 235 120 C SRIS015/300/3/G

4.080




4. Ve

ssel

s

anD

CoVe

rs

Jacketed graduated reactors welded (up side) with bottom seat valve

DN 2

DN 2

DN 1

DN

H

H1

L

L1

H2

D

45°

caP.(l) dn dn1 DN2 d h h1 H2 l l1 code15 300 50 25 370 575 125 115 250 145 SRIF015/300/3/G20 300 50 25 370 650 125 115 250 145 SRIF020/300/3/G30 300 50 25 370 800 125 115 250 145 SRIF030/300/3/G50 300 50 25 370 1080 125 115 250 145 SRIF050/300/3/G50 400 50 25 465 800 125 85 300 145 SRIF050/400/3/G

100 400 50 25 465 1200 150 115 300 145 SRIF100/400/3/G100 450 50 25 520 1040 165 115 330 145 SRIF100/450/3/G

4.090




4. Ve

SSel

S

anD

CoVe

rS

Covers for spherical and cylindrical vessels

H

DN 1DN 1

DN 1

DN

120°

120°

120°

D

dn dn1 h d codice150 3x15 200 100 SHAU150/3/3200 3x25 175 180 SHAU200/3/3300 3x50 240 250 SHAU300/3/3400 3x50 300 300 SHAU400/3/3450 3x50 325 350 SHAU450/3/3


4.100




4. Ve

ssel

s

anD

CoVe

rs

Covers with 5 branches

DN

DN 4

DN 1

DN 3

DN 3

DN 2

HH1

DN 1

DN 2

DN 3

DN 4

DN 1

DN 3

H2 H3

D

L L1

45° 45°

dn dn1 DN2 DN3 DN4 d h h1 H2 H3 l l1 code200 25 40 25x2 50 180 175 175 125 125 125 125 SAHA200/5/3300 50 50 50x2 80 250 250 240 175 190 175 190 SAHA300/5/3400 50 80 50x2 100 300 275 240 205 205 225 240 SAHA400/5/3400 80 80 50x2 100 300 275 240 205 205 225 240 SAHA400/080/5/3450 50 100 50x2 100 350 325 300 240 240 230 230 SAHA450/5/3450 80 100 50x2 100 350 325 300 240 240 230 230 SAHA450/080/5/3600 80 100 50X2 150 440 400 350 350 350 350 350 SAHA600/5/3

4.110




4. Ve

SSel

S

anD

CoVe

rS

Horizontal separators without overflow valve

Horizontal separators are used to separate two liq-uid phases of different density. The separation lay-er is regulated by using an external overflow valve (see chapter 3 of this catalog) or with an internal overflow valve (SAOF).The horizontal separator is supplied with a couple of brackets for fixing the unit in the structure.

L4

L3L2L1

L

H

H

DN 2 DN 3

DN 4DNDN

DN 1

dn dn1

DN2DN3DN4 l l1 L2 L3 L4 h code

100 25 15 950 150 500 200 100 120 SA0100/3150 40 25 1000 200 500 200 100 140 SA0150/3200 80 40 1580 200 1000 245 120 175 SA0200/3300 100 50 2190 250 1500 300 150 230 SA0300/3450 150 80 2950 350 2000 355 175 330 SA0450/3

4.120




4. Ve

ssel

s

anD

CoVe

rs

Horizontal separators with overflow valve

The incorporate overflow valve allows a simple, safe and accurate adjustment of the interface lev-el. It avoids the disadvantage of a pipelines con-nected in parallel.The horizontal separator is supplied with a couple of brackets for fixing the unit in the structure.

L3L2L1

L

L5L4

H

HH1

DN 5

DN 4DNDN

DN 1

DN 2 DN 3

dn dn1

DN2DN3DN4 DN5 l l1 L2 L3 L4 L5 h h1

code

100 25 15 15 950 150 500 220 70 70 110 110 SAOF100/015/3150 40 25 25 1100 200 500 300 100 100 140 140 SAOF150/025/3200 80 40 25 1680 200 1000 345 100 120 175 175 SAOF200/040/3300 100 50 40 2310 250 1500 405 120 150 230 230 SAOF300/050/3450 150 80 40 3075 350 2000 475 150 175 330 305 SAOF450/080/3


4.130




4. Ve

SSel

S

anD

CoVe

rS

Straight dip pipes and angled feed pipes

DN

DN 1

L L1

DN

DN 1

L L1

D

dn dn1 d l l1 code25 15 22 100 … SEIN025/015/3/…40 25 32 100 … SEIN040/025/3/…50 25 32 100 .. SEIN050/025/3/…80 50 60 125 … SEIN080/050/3/…

100 80 90 150 … SEIN100/080/3/…

Dimensions “L1” required later

dn dn1 l l1dn

column code25 15 100 100 80 SEIN025/015/100/W/350 25 100 100 80 SEIN050/025/100/W/350 25 100 125 100 SEIN050/025/125/W/350 25 100 150 150 SEIN050/025/150/W/350 25 100 175 200 SEIN050/025/175/W/350 25 100 225 300 SEIN050/025/225/W/380 50 125 300 400 SEIN080/050/300/W/380 50 125 325 450 SEIN080/050/325/W/380 50 125 400 600 SEIN080/050/400/W/3

4.140




4. Ve

ssel

s

anD

CoVe

rs

Cyclones

These cyclones are designed to separate not only the drop of gases and vapors, but also solid par-ticles from gases.The degree of separation can be as high as 99%, but this value depends to a large extent by the fol-lowing parameters:

– Liquid loading of the gas or vapour or solids loading of the gas.

– Droplet or particle size range. – Droplet or particle size distribution.

For the standard air/water system at ambient temperature and with a gas velocity of 15 m/s in the dip tube, limiting droplet diameters are approx. 2.5 μm for the SCY100/3 and SCY150/3 types and approx. 3.5 μm for types SCY200/3 and SCY300/3.The pressure drop in these cases is in the region of 25 to 30 mbar.

DN

H1

H2

L

L1

H

H3

DN 1

DN 3

DN 1

DN 2

dn dn1 DN2 DN3 h h1 H2 H3 l l1 code100 40 25 80 714 560 180 284 125 35 SCY100/3150 50 25 100 839 655 235 349 150 55 SCY150/3200 80 25 150 1119 915 320 429 200 75 SCY200/3300 100 25 150 1425 1225 405 485 275 100 SCY300/3

4.150




4. Ve

SSel

S

anD

CoVe

rS

Manifold with dip pipes

DN 1

DN

DN 2H

H1

H2

L

L

dn dn1 DN2 d h h1 H2 l code40 25 25 46 150 180 75 100 STCA40/2550 40 25 46 150 180 75 100 STCA50/40

4.160




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anD

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3 Ways manifold

dn dn1 DN2 h h1 l code 40 25 25 150 75 75 STC40/350 25 25 150 75 100 STC50/3

DN 1

DN

DN 2

H

H1

L L

DN 2

4.170




4. Ve

SSel

S

anD

CoVe

rS

Diathermic oil heating bath for reactors and spherical vessels

The diathermic oil heating bath, are perfectly suit-ed to the standard size of the Soffieria Sestese spherical or cylindrical vessels, offering the advan-tage of minimal amount of space.

The unit consist of: – Recovery and diathermic fluid insulated tank

complete of double heating/cooling coil in stainless steel.

– Heating electric resistance. – Recirculating pump.

D

D

H

R1 R2

P~

caP. (l) d hPumP

(kW) code50 740 420 0.12 SBT050L

100 860 520 0.18 SBT100L200 1000 630 0.18 SBT200L

Electric heating power: 1000 ÷ 9000 Watt – ATEX execution ЄЄхd IIC T4 ÷ T1Internal thermal insulation in rock woolShock resistant coating in stainless steelCylindrical reactors custom made

4.180




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Electric heater for spherical vessels

The electric heater or heating mantles are em-ployed in the pharmaceutical and chemical indus-try to allow chemical and biological reactions or distillation processes.

The unit consist of: – Cylindrical body from painted plate resistant to

more common chemical aggressors. – Internal resistance in nickel-chromium wire,

steatite lined, for high electric insulation. – Internal thermal insulation in glass fibre and

mineral rock wool. – Heating at 1 / 2 / 3 heating sections.

– Max temperature range 350 °C. – Precision ± 5 °C. – Power supply 230/400V – 50/60Hz. – IP 44 protection degree. – Built in accordance to CEI+EN 66.5 e

EN 61010.1.1.C. – Control unit in separate box with:

On/Off pilot lamps, fuses. – Electric controls available in 2 versions:

Voltage electronic variator/s (for 220V only).Thermo-regulator/s with graduated range (230/400V).

D

H

R

POWER(Kw)

POWER(Kw)

CONTROL UNIT

caP. (l) d hPoWer

(kW) code10 390 200 1.6 SRE010L20 490 230 2.4 SRE020L50 650 300 4.0 SRE050L

100 830 380 6.0 SRE100L200 930 450 9.0 SRE200L

Drain hole on request

4.190



heaT exchangers

5.000


5. h

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exch

ang

ers



Heat Exchangers

The overall coefficient of heat transfer in heat exchangers borosilicate glass supports favorably comparing with the conventional heat exchangers made in other materials and normally used in in-dustry. This is mainly due to the state of perfectly smooth glass walls which improves the film coefficient and reduces fouling.

Soffieria Sestese offers two types of heat exchangers:

– Coil heat exchangers – Shell and tube heat exchangers

The coil heat exchangers type, fully designed in borosilicate glass 3.3 correspond to very many ap-plications in heat exchange, especially in the field of pilot units, small production units, and educa-tional equipment. This design removes the prob-lem of internal seals, since the coil pack is welded into the jacket making a one piece unit.

The shell and tube heat exchangers are an addi-tional range for the installation of large exchange surfaces in a small volume. Their efficiency is gen-erally better than coil type and they can perform on-site maintenance.

Soffieria Sestese present two types of shell and tube heat exchangers:

– Shell and tube heat exchangers type SROBS in borosilicate glass 3.3, and tube plates in PTFE.

– Shell tube heat exchangers type SROB in borosilicate glass 3.3, tube plates in PTFE and covers in stainless steel.

For both coil type and shell and tube type heat ex-changers, the permissible operating conditions for glass shells and headers can be determined from chapter 1 (Technical Information).

Installation recommendations for coil heat exchanger

When connecting coil exchangers type to the cool-ant supply, adequate flexible hoses or bellows should be used to ensure that stresses are not transmitted to the glass.The maximum differential pressure in the coil is 3 bar.

The coil heat exchanger should never be operated with steam in the coils. They should always be used with a sufficient flow of coolant through the coils and care should be taken to ensure that the coolant does not become heated to boiling point.

Coolant control valves should always be turned on and off slowly, particularly when air is present in the cold water supply line. Coolant should be al-lowed to drain freely to a point as close as practi-cable to the heat exchanger .

Care should be taken in arranging the coolant supply in order that water hammer is avoided. A regular continuous supply of coolant should be ensured. Using large heat exchangers the fitting of anti-water hammer device is strongly recom-mended.

If a coil heat exchanger is out of service for any lenght of time, it’s advisable to drain the coil, es-pecially during the winter season when proper precautions should be taken to prevent freezing of any water remaining after draining.

Coil heat exchangers can be installed in series to provide larger surface areas.

When connecting direct to the mains water supply, the local water regulations should be considered.


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Coil heat exchangers

Graph 1Typical coil heat exchanger arrangement

Legend:

1 – Flexible hose2 – Drain valve3 – Pressure gauge4 – Control valve5 – Pressure reducing valve6 – Shut-off valve7 – Drain

1

1

2

3

4 5 6

7

Scope of supply

Soffieria Sestese Customer

25%

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Performance data for coil heat exchangers

The heat transferred in coil type heat exchangers can be considered on average as 310 W/m2.K al-though the figure may vary from 50 to 410 W/m2.K

according to conditions of use. The following are examples of this variation in some common ap-plications.

shell sideVaPour To Be condensed liquid gas

Coil side Cooling water Cooling water Cooling waterHeat transfer coefficient “K”(W/m2.K)

290 175 60

The heat transfer coefficient also varies from one size of heat exchanger to another,But, as a guide, the table below gives an indica-tion of the performance of coil exchanger at atmo-spheric pressure, using water (inlet temperature

20 °C) as a coolant in the coils side and steam con-densing in the shell side. The figures do not show the maximum performance of the units but are general indication of typical working conditions.

caTalog reference

surface area

(m2)

coolanT ThroughPuT

(kg/h)

sTeam condensed

(kg/h)SNAK080/25 0.2 - -SSCMB040/02 0.2 700 7SSCMB050/03 0.3 1000 12SNAK100/50 0.3 - -SSCMB080/03 0.3 1000 12SSCMB100/05 0.5 1500 18SSCMB150/07 0.7 3000 45SSCMB150/10 1.0 2300 60SSCMB200/10 1.0 2100 45SSCMB200/15 1.5 1600 50SSCMB300/25 2.5 2700 80SSCMB300/40 4.0 4750 125SSCMB400/40 4.0 - -SSCMB400/50 5.0 - -SSCMB450/60 6.0 6100 230SSCMB450/80 8.0 5800 280SSCMBC150/10 1.0 - -SSCMBC200/15 1.5 - -

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These types of heat exchangers designed and made of borosilicate glass 3.3, are widely used in the field of heat exchanges as of pilot units, small production units and educational units.A set of heat exchangers standard coils are avail-

able, covering a range of exchange surfaces: from 0.2 to 8.0 m2. In every case, the differential pressure in the coils should not exceed 3.0 bar

area (m2) dn dn1 DN2 d h h1 l l1 TYPe code0.2 25 15 - 90 500 80 100 - A SNAK080/250.2 40 15 - 90 610 95 75 - A SSCMB040/020.3 50 15 - 90 610 95 100 - A SSCMB050/030.3 50 15 - 115 500 80 125 - A SNAK100/500.3 80 15 - 90 610 95 100 - B SSCMB080/030.5 100 15 - 115 610 80 125 - B SSCMB100/050.7 150 25 - 165 610 100 150 - C SSCMB150/071.0 150 25 - 165 840 100 150 - C SSCMB150/101.0 200 25 - 215 500 95 175 - C SSCMB200/101.5 200 25 - 215 725 95 175 - C SSCMB200/152.5 300 25 - 315 600 100 275 - C SSCMB300/254.0 300 25 - 315 825 100 275 - C SSCMB300/404.0 400 25 - 415 600 110 350 - C SSCMB400/405.0 400 25 - 415 700 110 350 - C SSCMB400/506.0 450 25 - 465 850 125 350 - C SSCMB450/608.0 450 25 - 465 900 125 350 - C SSCMB450/801.0 150 25 50 165 800 100 150 150 D SSCMBC150/101.5 200 25 50 215 725 95 175 200 D SSCMBC200/15

D

H1

H

L L

H1

H H

L

H1

H

L1

L

H1

D D D

B CADN

DN 1

DN

DN 1

DN

DN 1

DN

D

DN 2

DN 1

9%

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Pressure drop diagram

Graph 2Pressure drop in the coil as function of throughput for water at 20 °C

V (m3/h)

1.0 2.0 3.0 4.0 5.0 6.0 7.00

0.5

1.0

1.5

2.0

2.5

3.0

∆p

(bar

) 7 8 9

10

11 12 13 14

7 SSCMB200/15SSCMBC200/15

8 SSCMB200/10SSCMBC150/10

9 SSCMB300/40

10 SSCMB300/25

11 SSCMB400/40

12 SSCMB400/50

13 SSCMB450/80

14 SSCMB450/60

V (m3/h)

0.5 1.0 1.5 2.0 2.5 3.0 3.50

0.5

1.0

1.5

2.0

2.5

3.0

∆p

(bar

) 1 23

4

5 6

1 SSCMB040/02SNAK080/25

2 SSCMB050/03SNAK100/50

3 SSCMB080/03

4 SSCMB100/05

5 SSCMB150/10

6 SSCMB150/07

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Horizontal coil heat exchangers

area (m2) dn1 DN2 DN3 d l l1 h h1 TYPe code0.3 40 40 15 85 550 420 100 100 A SSCMBOR080/030.5 50 50 15 115 600 450 125 125 A SSCMBOR100/050.7 50 50 25 115 700 575 125 125 A SSCMBOR100/071.0 50 50 25 165 650 520 150 150 A SSCMBOR150/100.3 50 15 15 85 600 420 100 - B SSCMBOR080/03/80°0.5 50 25 15 115 650 450 125 - B SSCMBOR100/05/80°0.7 80 25 25 115 700 575 125 - B SSCMBOR100/07/80°1.0 80 25 25 165 650 520 150 - B SSCMBOR150/10/80°

L

L1

D

H

H1

L1

H

L

D

80°

DN 1

DN 3

DN 2

DN 1

DN 3

DN 2

A

B

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Shell and tube heat exchangers

Shell and tube heat exchangers are one of the most common types of exchangers used in heat transfer.Typically used in applications where large heat transfer area is required in relatively confined space.Shell and tube heat exchangers are available in two basic versions:

Type SROBS: single pass units with glass shell, tubes and headers for heat transfer between two aggressive media.

Type SROB: triple pass units with glass shell, glass tubes and stainless steel headers for heat transfer between aggressive media in the shell and non ag-gressive media in the tubes.

– The glass tubes* are sealed individually into PTFE tube plate with special PTFE bushes and packing. This unique sealing arrangement, permits easy replacement and cleaning of the tubes.

– Baffles, made in PTFE, placed on the shell side ensure improved heat transfer by increased turbulence.

– Shell and tube heat exchangers are designed to operate horizontally but can be supplied for vertical operation if required.

– The position of the connection nozzles must be determined when ordering.

– For shell and tubes type heat exchangers, the permissible operating conditions for glass shells and headers can be determined from chapter 1 (Technical Information).

*Available on request with SIC tubes “silicon carbide”

Performance data for heat transfer in shell and tube heat exchangers

The table below gives an indication of the perfor-mance of glass shell and tube heat exchangers in several typical applications. For advice on more

specific applications, please contact our Technical Department.

TYPe of heaT Transfer Basis W/m2.KLiquid Water – water

Water – organic solventsWater – oil

580 ÷ 700290 ÷ 700

90 ÷ 400Liquid – gas Water – air 30 ÷ 90Condensation Water – water

Water – organic solvents450 ÷ 950470 ÷ 700

Evaporation Steam – water 580 ÷ 950

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Shell and tube heat exchangers

Graph 3Partial section view shell and tube heat exchanger (glass/steel)

Legend:

1 – Glass shell tube2 – Glass inner tube3 – Glass spacer rod4 – PTFE threaded bushes for guiding spacer rod5 – PTFE baffle6 – Stainless steel cover7 – PTFE closed bushes8 – PTFE/viton envelope gasket9 – PTFE tube plate10 – PTFE open bushes11 – PTFE/envelope gasket (tubes side)12 – Stainless steel intermediate flange13 – PTFE/envelope gasket (shell side)

131211

10

9

8

7

65 4 3 2 1

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Shell and tube heat exchangers single pass (glass/glass)

area (m2) dn dn1 DN2 DN3 l l1 L2 L3 h1 H2 H3 code2.5 150 100 50 40 1710 1480 1100 800 150 150 105 SROBS025/150/R/13.2 150 100 50 40 2210 1980 1600 1300 150 150 105 SROBS032/150/R/14.0 150 100 50 40 2710 2480 2100 1800 150 150 105 SROBS040/150/R/15.0 150 100 50 40 3210 2980 2600 2300 150 150 105 SROBS050/150/R/15.0 200 150 80 50 2270 1980 1500 1100 225 175 135 SROBS050/200/R/16.3 200 150 80 50 2770 2480 2000 1600 225 175 135 SROBS063/200/R/18.0 200 150 80 50 3270 2980 2500 2100 225 175 135 SROBS080/200/R/1

10.0 200 150 80 50 3770 3480 3000 2600 225 175 135 SROBS100/200/R/112.5 300 200 100 80 2305 1980 1300 700 275 225 185 SROBS125/300/R/116.0 300 200 100 80 2805 2480 1800 1200 275 225 185 SROBS160/300/R/120.0 300 200 100 80 3305 2980 2300 1700 275 225 185 SROBS200/300/R/125.0 300 200 100 100 3805 3480 2800 2200 275 225 185 SROBS250/300/R/1

DN 1 DN 3

DN 50

DN 2

DN 3

L

L2

L3

H1

H2

H3

45°

H345°

L1

5.090


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Shell and tube heat exchangers triple pass (glass/steel)

area (m2) dn dn1 DN2 DN3 l l1 L2 L3 h1 H2 H3 code2.5 150 100 50 40 1750 1480 1100 800 150 150 55 SROB025/150/SH/33.2 150 100 50 40 2250 1980 1600 1300 150 150 55 SROB032/150/SH/34.0 150 100 50 40 2750 2480 2100 1800 150 150 55 SROB040/150/SH/35.0 150 100 50 40 3250 2980 2600 2300 150 150 55 SROB050/150/SH/35.0 200 150 80 50 2300 1980 1500 1100 225 175 77 SROB050/200/SH/36.3 200 150 80 50 2800 2480 2000 1600 225 175 77 SROB063/200/SH/38.0 200 150 80 50 3300 2980 2500 2100 225 175 77 SROB080/200/SH/3

10.0 200 150 80 50 3800 3480 3000 2600 225 175 77 SROB100/200/SH/312.5 300 200 100 80 2350 1980 1300 700 275 225 112 SROB125/300/SH/316.0 300 200 100 80 2850 2480 1800 1200 275 225 112 SROB160/200/SH/320.0 300 200 100 80 3350 2980 2300 1700 275 225 112 SROB200/300/SH/325.0 300 200 100 80 3850 3480 2800 2200 275 225 112 SROB250/300/SH/3

Available with SIC tubes (silicon carbide) custom made

H1

H2H3

DN 1

DN 2

L2

L3

DN 50DN 3

H3

L

DN 3

L1

5.100


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5. H

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column ParTs

6.000


6. c

olu

mn

P

arTs



Column Parts

The column components range contains all the necessary components in nominal bore from 80 to 600 mm. This allows complete and operationally safe solution of problems both in the pilot plant and on production scale.The main advantages for users in the chemical and pharmaceutical industries are:

– the outstanding corrosion resistance of borosilicate glass 3.3 and composite material used;

– the permanent fluid-tightness of the connecting flange system, which is adapted to the material;

– the consistent use of a modular construction system in a metric grid.

The permissible temperatures and pressures of borosilicate glass 3.3 components are described in detail in chapter 1 (Technical Information).Because of its properties as a constructional material the borosilicate glass 3.3 is particularly suitable for the solution of the following chemical-engineering tasks:

– distillation; – rectification; – extraction; – absorption; – reaction; – crystallization.


6.010


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Column sections with packing support seat

H

DN

DN 1

L

H1

10°

D

Column sections 1 m long

dn dn1 h h1 l d caP. (l) kg max code80 25 1000 100 100 45 4 17 SKOL080/1000/3

100 25 1000 100 125 65 7 25 SKOL100/1000/3150 25 1000 100 150 105 16 50 SKOL150/1000/3200 25 1000 100 175 150 29 90 SKOL200/1000/3300 25 1000 125 225 200 63 170 SKOL300/1000/3400 25 1000 150 275 275 113 270 SKOL400/1000/3450 25 1000 150 300 300 151 330 SKOL450/1000/3600 25 1000 150 375 420 225 500 SKOL600/1000/3

Column sections 1.5 m long

dn dn1 h h1 l d caP. (l) kg max code150 25 1500 100 100 105 25 50 SKOL150/1500/3200 25 1500 100 100 150 45 90 SKOL200/1500/3300 25 1500 125 125 200 100 170 SKOL300/1500/3400 25 1500 150 150 275 175 270 SKOL400/1500/3450 25 1500 150 150 300 225 330 SKOL450/1500/3600 25 1500 150 150 420 365 500 SKOL600/1500/3

6.020


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Packing supports for column

H

D

L

DN

H

L

D

DN

BA

dn h d l TYPe code80 21 70 14 A SGRI080

100 21 95 16 A SGRI100150 31 140 20 A SGRI150200 31 190 24 A SGRI200300 31 270 30 A SGRI300450 66 440 33 B STRR450600 91 590 33 B STRR600

6.030


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Column packing glass (Raschig type)

D

H

S

d x h s code8 x 8 1.0 SRASH08

10 x 10 1.0 SRASH1015 x 15 1.8 SRASH1520 x 20 1.8 SRASH2025 x 25 2.0 SRASH2530 x 30 2.0 SRASH3040 x 40 2.3 SRASH4050 x 50 2.5 SRASH50

6.040


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PTFE redistributors

D

H

dn d h

code40 28 9 SLTT04050 35 11 SLTT05080 55 16 SLTT080

100 70 19 SLTT100150 105 32 SLTT150200 140 40 SLTT200300 200 55 SLTT300450 315 41 SLTT450600 420 56 SLTT600

6.050


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PTFE perforated retention plates

D

K

K1

D1

D1D2

dn d D2numBer of

HOLES D2free cross secTion (%) d1

numBer of holes d1 K K1* code

80 180 6 109 61 9.5 6 / 8* 150 160 SFULL080100 200 6 163 58 9.5 6 / 8* 170 180 SFULL100150 260 10 151 67 9.5 8 / 8* 225 240 SFULL150200 315 15 109 61 9.5 8 / 8* 280 297 SFULL200300 420 20 151 67 9.5 12 / 12* 395 400 SFULL300400 515 20 271 67 9.5 16 495 495 SFULL400450 610 20 361 71 9.5 16 585 585 SFULL450600 735 25 367 63 15 20 710 710 SFULL600

*Dimensions for plastic flanges SSCHD_ _ _K and coupling plastic flanges SSVED_ _ _K

6.060


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Manually operated reflux separators

DN 1

DN

H

DN 1

H1

H2

L L1

DN 1DN 1

10°

10°

α

dn dn1 h h1 H2 l l1 α (°)free cross secTion (%) code

50 GL25 200 110 100 125 110 30 21 STRCM05080 25 200 110 100 125 110 30 21 STRCM080

100 25 250 130 100 125 120 25 27 STRCM100150 25 300 150 150 150 150 20 21 STRCM150200 25 400 150 120 175 175 20 45 STRCM200300 25 400 150 120 225 225 20 25 STRCM300450 40 600 250 150 300 300 20 42 STRCM450

6.070


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Electromagnetically operated reflux separators

DN 1DN 1

DN

H

H1H210°

L L1

10°

DN 1DN 1

α

dn dn1 h h1 H2 H3 H4 α (°)free cross secTion (%) code

80 25 380 91 126 106 65 30 21 STRCMG080100 25 455 101 118 118 80 30 27 STRCMG100150 25 455 101 145 146 79 20 21 STRCMG150

6.080


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Pneumatically operated reflux separators

DN

H

DN 1

H115°

dn dn1 h h1 code100 25 350 200 STRCP100150 25 350 200 STRCP150200 40 500 200 STRCP200300 50 500 200 STRCP300

6.090


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P

ArTS



Liquid seals

H1

H

D

L

DN

DN 2

DN 1

dn dn1 DN2 d h h1 l code25 15 15 58 300 75 75 SGI02540 15 25 75 400 100 100 SGI04050 25 50 110 500 125 125 SGI050

6.100


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Flat column adaptors

H1

H

L

DN

DN 1

dn dn1 h h1 l code50 25 100 75 75 SFH50/25/380 25 125 100 100 SFH80/25/380 50 150 100 125 SFH80/50/3

100 25 150 100 125 SFH100/25/3100 50 175 105 125 SFH100/50/3150 25 150 100 150 SFH150/25/3150 50 175 100 175 SFH150/50/3200 25 175 125 175 SFH200/25/3200 50 175 125 175 SFH200/50/3300 25 175 125 250 SFH300/25/3300 50 200 125 250 SFH300/50/3400 50 250 150 250 SFH400/50/3450 50 250 150 250 SFH450/50/3

6.110


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Round top column adaptors

DN

H

H1

L

DN 1

DN 2

dn dn1 DN2 h h1 l code40 25 25 150 75 75 SABS040/025/025/350 25 25 150 75 75 SABS050/025/025/380 25 25 175 100 100 SABS080/025/025/380 25 40 200 100 100 SABS080/025/040/380 25 50 200 100 125 SABS080/025/050/380 50 50 200 100 125 SABS080/050/050/3

100 25 25 200 100 125 SABS100/025/025/3100 25 40 200 100 125 SABS100/025/040/3100 25 50 225 125 125 SABS100/025/050/3100 50 50 225 125 125 SABS100/050/050/3150 25 25 200 125 150 SABS150/025/025/3150 25 40 200 125 150 SABS150/025/040/3150 25 50 200 125 150 SABS150/025/050/3150 25 80 250 150 175 SABS150/025/080/3150 25 100 300 150 200 SABS150/025/100/3150 50 25 200 100 150 SABS150/050/025/3150 50 50 225 100 175 SABS150/050/025/3150 50 80 300 150 175 SABS150/025/050/3150 50 100 300 150 200 SABS150/050/100/3200 40 50 300 150 175 SABS200/040/050/3200 50 50 300 150 175 SABS200/050/050/3200 50 80 300 150 200 SABS200/050/080/3200 50 100 350 200 225 SABS200/050/100/3300 50 50 350 200 250 SABS300/050/050/3300 50 100 350 200 250 SABS300/050/100/3300 80 100 375 200 275 SABS300/080/100/3300 50 150 400 200 300 SABS300/050/150/3400 50 100 450 350 325 SABS400/050/100/3400 50 150 500 300 350 SABS400/050/150/3450 50 200 500 300 375 SABS450/050/200/3450 80 200 800 400 350 SABS450/080/200/3600 80 80 850 300 400 SABS600/080/080/3600 80 200 850 300 425 SABS600/080/200/3600 80 300 850 400 500 SABS600/080/300/3

6.120


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6. C

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ArTS


mechanical seals and sTirrers

7.000


7. m

ech

anic

al

seal

s an

d sT

irre

rs



Mechanical Seals and Stirrers

For mixing operations such as liquid/liquid, gas/liquid or solid/liquid and for improving the effi-ciency of heating systems, we propose a mechani-cal seals and stirrers set adapted perfectly to our range of spherical vessels and reactors for use in pressure or vacuum range.

In this chapter we present : – Mechanical seals. – Drives. – Shaft agitators. – Impellers.


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Dry mechanical seal for stirrers with adjustable height for Nutsche Filter

dn d d1 h code25 44 12 160 SHGTA025/AI40 55 12 200 SHGTA040/AI50 75 14 225 SHGTA050/AI

Body in stainless steel

H

D1

D

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ech

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al

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s an

D sT

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Dry mechanical seals for stirrers

dn d d1 h TYPe code15 45 8 125 A SGTA01525 54 20 152 B SGTA02540 70 20 140 B SGTA04050 80 30 200 B SGTA05080 125 30 270 B SGTA080

Add /ai for stainless steel bodyExample: SGTA025/AI

D

D1

B

H

7.030


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ech

anic

al

seal

s an

D sT

irre

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Single acting fluid lubricant mechanical seal for stirrers (ATEX version)

Due to the use of mechanical seals, Soffieria Ses-tese stirrers can be used both under pressure and under vacuum.

The mechanical seals used are made of materi-als suitable to work and operates with most of the products used in the chemical processes.

D

D1

H

dn d d1 h code25 95 12 225 STSR02540 115 12 255 STSR04050 136 25 255 STSR05080 172 25 225 STSR080

7.040


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ech

anic

al

seal

s an

D sT

irre

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Double acting fluid lubricant mechanical seal for stirrers (ATEX version)

dn d d1 h code50 130 20 295 STSR050DF

D1

D

H

7.050


7. m

ech

anic

al

seal

s an

D sT

irre

rs



Mechanical seal for glass stirrers

dn d d1 h code50 150 30 230 STSAV050

D

H

D1

7.060


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ech

anic

al

seal

s an

D sT

irre

rs



ATEX Motovariator gear-reducers

PoWer (kW) r.P.m. x liTers l l1 h(a) h(B) WeigTh (kg) TYPe a code TYPe B code0.18 55 ÷ 135 10 – 20 513 453 50 563 16(A); 20(B) SMVRID.RA.018KW SMVRID.V1.018KW0.25 55 ÷ 135 30 567 487 50 617 19(A); 25(B) SMVRID.RA.025KW SMVRID.V1.025KW0.37 55 ÷ 135 40 – 50 567 487 50 617 19(A); 25(B) SMVRID.RA.037KW SMVRID.V1.037KW0.55 55 ÷ 135 100 – 200 623 543 50 673 22(A); 28(B) SMVRID.RA.055KW SMVRID.V1.055KW

Available motor-gear preset for inverter

L

L1

H

A B

H

7.070


7. m

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anic

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seal

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D sT

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Pneumatic motorgears

295

104

Ø25.4

Ø155

67

154

13344

66

2x1/4" NPT

121

134

186

35 101,5

2x1/8" NPT

74.4

6.910.7

Ø12.7

50.8

A

B

PoWer (kW) r.P.m. x liTers TYPe code0.23 33 ÷ 400 10 e 20 A SMPNE.GR111.25 20 ÷ 200 50 e 100 B SMPNE.GR25

Stainless steel bracket for pneumatic motorgear Type A

codeSSMA40/50

7.080


7. m

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anic

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PTFE shaft agitators

HFrom Ø13 ÷ Ø32 (mm)

Shaft for Reactors

caP. (l) h code5 900 SAAGITRL005/150

10 900 SAAGITRL010/20020 950 SAAGITRL020/30030 1100 SAAGITRL030/30050 1300 SAAGITRL050/30050 1300 SAAGITRL050/400

100 1400 SAAGITRL100/400100 1300 SAAGITRL100/450150 1600 SAAGITRL150/450200 1900 SAAGITRL200/450

Shaft for Vessels

caP. (l) h code20 1100 SAAGITRPL020L50 1300 SAAGITRPL050L

100 1300 SAAGITRPL100L200 1600 SAAGITRPL200L

7.090


7. m

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anic

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Glass shaft agitators

Ø30

H

L

caP. (l) h l code20 620 150 SSPG02050 700 210 SSPG050

100 820 210 SSPG100200 1000 245 SSPG200

7.100


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PTFE anchor impellers

dn l h code150 140 150 SPLA150200 195 210 SPLA200300 270 210 SPLA300400 370 350 SPLA400450 420 380 SPLA450

H

L

7.110


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PTFE turbine impellers

dn d h code150 90 32 SPTUR150200 120 32 SPTUR200300 180 32 SPTUR300400 240 32 SPTUR400450 270 32 SPTUR450

D

H

7.120


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anic

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PTFE Rushton impellers

dn d h l code150 52 11 13 SPRUSHT150200 70 14 18 SPRUSHT200300 105 21 27 SPRUSHT300400 140 28 35 SPRUSHT400450 158 32 40 SPRUSHT450

D

H

L

7.130


7. m

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anic

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D sT

irre

rs


measuremenT and conTrols

8.000


8. m

easu

rem

enT

and

con

Tro

ls



Measurement and Controls

For the use of measuring and control devices in glass installations, Soffieria Sestese has selected equipment that can be combined without any problems with borosilicate glass 3.3 parts. A set of well tested instruments have been se-lected for the detection and measurement of the parameters and more precisely:

Temperature – Thermoresistances probe PT100 – Digital thermometers with display – Thermometers with sensible bulb

Pressure – Pressure transmitters – Diaphragm pressure gauges

pH – Electronic pHmeters

Flow rate – Glass flowmeters

Monitoring and control board – Pneumatic control board – Electro/pneumatic control board – Electrical control board – Electrical control board with PLC


8.010


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Thermoresistances probe PT100 (2G ATEX)

dn h h1 l d code code

Without transmitter

With transmitter

25 100 140 110 22 SWID025/100/3 SWIDT025/100/325 150 140 110 22 SWID025/150/3 SWIDT025/150/325 200 140 110 22 SWID025/200/3 SWIDT025/200/325 300 140 110 22 SWID025/300/3 SWIDT025/300/340 200 140 110 22 SWID040/200/3 SWIDT040/200/340 300 140 110 22 SWID040/300/3 SWIDT040/300/340 500 140 110 22 SWID040/500/3 SWIDT040/500/3

H

H1

L

DN

D

8.020


8. M

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ENT

AND

CON

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Digital thermoresistances PT100 (2G ATEX)

range (°c) accuracY BaTTerY PoWered disPlaY connecTion code−100 + 800 ± 0.2 °C ± 0.1 %

of reading3.6 V Lithium AA replaceable

(battery alarm via display)4 digit LCD G ½" AISI 316 STGT4000

Shank length on request

G

°C

75

88.88

8.030


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ENT

AND

CON

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lS



Thermometers with sensible bulb

dial size (mm) range (°c) accuracYcaPillarY

lengTh BodY code100 −20 / +150 ± 1% v.F.S. 2000 mm AISI 304 TERM100-BULBO9

8.040


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Thermometer pockets

dn h h1 H2 d d1 D2 D3 TYPe code25 100 105 - 20 10 16 - A STPG25/100/325 150 105 - 20 10 16 - A STPG25/150/325 200 105 - 20 10 16 - A STPG25/200/325 300 105 - 20 10 16 - A STPG25/300/340 200 150 150 28 10 16 20 B STPG40/200/340 300 150 150 28 10 16 20 B STPG40/300/340 500 150 150 28 10 16 20 B STPG40/500/340 650 150 150 28 10 16 20 B STPG40/650/340 850 150 150 28 10 16 20 B STPG40/850/3

DN

H1

H

H2

D2

D3

DN

H1

H

D

D1D1

D2

BA

D

8.050


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AND

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Digital pressure transmitters

range (bar abs) accuracYPressure

connecTion ouTPuT code−1 ÷ 10 ± 0.075% v.F.S. G ½" in AISI 316 4 ÷ 20 mA SPGT4000

G

150

190

110

88.88

8.060


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AND

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Diaphragm pressure gauges

dial size Ø (mm) range (bar) accuracYPressure

connecTion BodY diaPhragm code100 −1 / 0 / +1.6 ± 2% v.F.S. G ½" in AISI 316 AISI 304 PTFE SPGL6/100

63 −1 / 0 / +1.6 ± 2% v.F.S. G ½" in AISI 316 AISI 304 PTFE SPGL6/63

8.070


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Digital pHmeters

range pH, ORP (mV) accuracYinleT for ProBe

TemPeraTure ouTleT code−1500 ÷ 1500 0.01 pH; 1 mV Pt 1000 4 ÷ 20 mA SPHM/L

pH meter supplied with pH probe complete of temperature probe and certificate

150

150

116

88.8888.88

Menu Cal Info Enter

8.080


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AND

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PTFE connectors for instrument

dn d d Ø h h code15 Ø 40 Ø 30 Gj 1/4" 52 8 SRPT015/1415 Ø 40 Ø 30 Gj 3/8" 52 8 SRPT015/3815 Ø 40 Ø 30 Gj 1/2" 52 8 SRPT015/1225 Ø 40 Ø 30 Gj 1/4" 52 8 SRPT025/1425 Ø 40 Ø 30 Gj 3/8" 52 8 SRPT025/3825 Ø 40 Ø 30 Gj 1/2" 52 8 SRPT025/12

Complete with O-ring gasket and counterflange with insert

H

ØD

d

h

Glass flowmeters

dn h

air (Nm3/h) at 1 bar abs

and 20 °cWaTer

(L/h) 20 °c code25 350 0.010 ÷ 0.18 0.2 ÷ 4.0 SFML25/0004/325 350 0.020 ÷ 0.4 0.5 ÷ 10 SFML25/0010/325 350 0.1 ÷ 1.6 2.0 ÷ 40 SFML25/0040/325 350 0.2 ÷ 2.4 4.0 ÷ 63 SFML25/0063/325 350 0.6 ÷ 6.3 15 ÷ 160 SFML25/0160/325 350 1.6 ÷ 16 40 ÷ 400 SFML25/0400/340 350 2.5 ÷ 25 60 ÷ 630 SFML40/0630/340 350 4.0 ÷ 40 100 ÷ 1000 SFML40/1000/350 350 2.5 ÷ 25 60 ÷ 630 SFML50/0630/350 350 4.0 ÷ 40 100 ÷ 1000 SFML50/1000/380 350 6.3 ÷ 63 160 ÷ 1600 SFML80/1600/380 350 10 ÷ 100 250 ÷ 2500 SFML80/2500/380 350 16 ÷ 160 400 ÷ 4000 SFML80/4000/380 350 25 ÷ 250 630 ÷ 6300 SFML80/6300/3

DN

H

8.090


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Monitoring and control electrical boards

Compatibly with the provision of borosilicate glass 3.3 and pilot plants, Soffieria Sestese is able to provide pneumatically or electro-pneumatically control boards operated to control reflux ratio in distillation columns.Electrical control boards for the monitoring and the control of the process parameters provided on request with P.L.C. unit.90° Hose connectors

8.100


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8. M

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AND

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couPlings

9.000


9. c

ou

Plin

gs



Couplings

The components of the process plants in boro-silicate glass 3.3, are connected between them by means of flanges made of plastic or metal ma-terial. For pipes up to DN300 are built in a single piece while for pipes or components with a larger diameter are used metallic half flanges, joined to-gether by screws.

Both flanges are assembled with the glass equip-ment with the aid of intermediate inserts that vary in shape depending on the size of the flange.

Among the contact surfaces and for the sealing between the various glass components are nor-mally inserted sealing ring with centering collar in PTFE.

This chapter of the catalog covers not only the necessary couplings to join glass equipment and pipeline components together, but also the cou-plings needed to join borosilicate glass 3.3 to an-other materials.


9.010


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Plastic flanges

dn d K nxd1 h code15 64 50 3xØ7 13 SSCHE015/K25 105 85 4xØ9.5 17 SSCHD025/K40 132 110 4xØ9.5 20 SSCHD040/K50 147 125 4xØ9.5 24 SSCHD050/K80 184 160 8xØ9.5 28 SSCHD080/K

100 204 180 8xØ9.5 28 SSCHD100/K150 265 240 8xØ9.5 34 SSCHD150/K200 321 295 8xØ9.5 34 SSCHD200/K300 428 400 12xØ9.5 35 SSCHD300/K

D

H

D1

K

D

H

K

D1

9.020


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Aluminium and stainless steel flanges

K

D

D1

H

Aluminium flanges

dn d K nxd1 h code15 64 50 3xØ7 11 SCFM015S25 92 75 3xØ9.5 15 SCFM025S40 118 100 3xØ9.5 17 SCFM040S50 127 110 3xØ9.5 17 SCFM050S80 172 150 6xØ9.5 24 SCFM080S

100 192 170 6xØ9.5 24 SCFM100S150 247 225 8xØ9.5 24 SCFM150S

200 307 280 8xØ9.5 33 SCFM200S300 425 395 12xØ9.5 38 SCFM300S400 525 495 16xØ9.5 40 SCFM400S450 615 585 16xØ9.5 40 SCFM450S600 755 710 20xØ15 50 SCFM600S

Stainless steel flanges

dn d K nxd1 h code15 64 50 3xØ7 8 SCFAI015S25 92 75 3xØ9.5 10 SCFAI025S40 118 100 3xØ9.5 13 SCFAI040S50 131 110 3xØ9.5 13 SCFAI050S80 172 150 6xØ9.5 14 SCFAI080S

100 192 170 6xØ9.5 14 SCFAI100S150 247 225 8xØ9.5 16 SCFAI150S200 307 280 8xØ9.5 16 SCFAI200S300 425 395 12xØ9.5 16 SCFAI300S400 525 495 16xØ9.5 16 SCFAI400S450 615 585 16xØ9.5 16 SCFAI450S600 755 710 20xØ15 16 SCFAI600S

9.030


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Coupling plastic flanges with inserts, bolts and nuts in stainless steel

dn d K nxd1 h code15 64 50 3xØ7 50 SSVER015/K25 105 85 4xØ9.5 58 SSVED025/K40 132 110 4xØ9.5 72 SSVED040/K50 147 125 4xØ9.5 86 SSVED050/K80 184 160 8xØ9.5 110 SSVED080/K

100 204 180 8xØ9.5 115 SSVED100/K150 265 240 8xØ9.5 115 SSVED150/K200 322 297 8xØ9.5 115 SSVED200/K300 428 400 12xØ9.5 120 SSVED300/K

D

H

K

D1

DN

9.040


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Coupling metallic flanges with inserts, bolts and nuts in stainless steel

D1

K

D

H

DN

Aluminium flanges

dn d K nxd1 h code15 64 50 3xØ7 44 SCFCM015S25 92 75 3xØ9.5 50 SCFCM025S40 118 100 3xØ9.5 65 SCFCM040S50 127 110 3xØ9.5 70 SCFCM050S80 172 150 6xØ9.5 92 SCFCM080S

100 192 170 6xØ9.5 95 SCFCM100S150 247 225 8xØ9.5 100 SCFCM150S

200 307 280 8xØ9.5 105 SCFCM200S300 425 395 12xØ9.5 110 SCFCM300S400 525 495 16xØ9.5 135 SCFCM400S450 615 585 16xØ9.5 140 SCFCM450S600 755 710 20xØ15 180 SCFCM600S


dn d K nxd1 h code15 64 50 3xØ7 38 SCFCAI015S25 92 75 3xØ9.5 40 SCFCAI025S40 118 100 3xØ9.5 57 SCFCAI040S50 131 110 3xØ9.5 62 SCFCAI050S80 172 150 6xØ9.5 72 SCFCAI080S

100 192 170 6xØ9.5 75 SCFCAI100S150 247 225 8xØ9.5 80 SCFCAI150S200 307 280 8xØ9.5 80 SCFCAI200S300 425 395 12xØ9.5 80 SCFCAI300S400 525 495 16xØ9.5 80 SCFCAI400S450 615 585 16xØ9.5 80 SCFCAI450S600 755 710 20xØ15 80 SCFCAI600S

9.050


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Aluminium and stainless steel flanges UNI PN10

K

D

D1

H

Aluminium flanges

dn d K nxd1 h code15 95 65 4xØ7 12 SPNM015S25 115 85 4xØ9 12 SPNM025S40 150 110 4xØ9 16 SPNM040S50 165 125 4xØ9 16 SPNM050S80 200 160 8xØ9 18 SPNM080S

100 220 180 8xØ9 18 SPNM100S150 285 240 8xØ9 18 SPNM150S

200 340 295 8xØ11 18 SPNM200S300 445 400 12xØ11 18 SPNM300S


dn d K nxd1 h code15 95 65 4xØ7 12 SPNAI015S25 115 85 4xØ9 12 SPNAI025S40 150 110 4xØ9 16 SPNAI040S50 165 125 4xØ9 16 SPNAI050S80 200 160 8xØ9 18 SPNAI080S

100 220 180 8xØ9 18 SPNAI100S150 285 240 8xØ9 18 SPNAI150S200 340 295 8xØ11 18 SPNAI200S300 445 400 12xØ11 18 SPNAI300S

9.060


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Undrilled adaptor flanges with inserts

D

H

Undrilled flanges in aluminium, with insert

dn d h flange inserT code15 95 12 1 x SANSC015 1 x SBEIL015K SAVER01525 115 12 1 x SANSC025 1 x SBEIL025K SAVER02540 150 16 1 x SANSC040 1 x SBEIL040K SAVER04050 165 16 1 x SANSC050 1 x SBEIL050K SAVER05080 200 18 1 x SANSC080 1 x SBEIL080K SAVER080

100 220 18 1 x SANSC100 1 x SBEIL100K SAVER100150 285 18 1 x SANSC150 1 x SBEIL150AS SAVER150200 340 20 1 x SANSC200 1 x SBEIL200AS SAVER200300 460 22 1 x SANSC300 1 x SBEIL300AS SAVER300

Undrilled stainless steel flanges with insert

dn d h flange inserT code15 95 12 1 x SANSC015AI 1 x SBEIL015K SAVER015AI25 115 12 1 x SANSC025AI 1 x SBEIL025K SAVER025AI40 150 16 1 x SANSC040AI 1 x SBEIL040K SAVER040AI50 165 16 1 x SANSC050AI 1 x SBEIL050K SAVER050AI80 200 18 1 x SANSC080AI 1 x SBEIL080K SAVER080AI

100 220 18 1 x SANSC100AI 1 x SBEIL100K SAVER100AI150 285 18 1 x SANSC150AI 1 x SBEIL150AS SAVER150AI200 340 20 1 x SANSC200AI 1 x SBEIL200AS SAVER200AI300 460 22 1 x SANSC300AI 1 x SBEIL300AS SAVER300AI

9.070


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Plastic inserts

DN

dn code15 SBEIL015K25 SBEIL025K40 SBEIL040K50 SBEIL050K80 SBEIL080K

100 SBEIL100K150 SBEIL150K200 SBEIL200K300 SBEIL300K

9.080


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Spring inserts in stainless steel and asbestos free inserts

DN DN

Spring inserts in stainless steel

dn code15 SBEIL015/S25 SBEIL025/S40 SBEIL040/S50 SBEIL050/S80 SBEIL080/S

100 SBEIL100/S

Inserts asbestos free

dn code15 SUNLA01525 SUNLA02540 SUNLA04050 SUNLA05080 SUNLA080

100 SUNLA100

9.090


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Aluminium inserts and packing spare part for flanges

DN

Aluminium inserts with packing

dn code150 SBEIL150AS200 SBEIL200AS300 SBEIL300AS

Packing spare parts for flanges

dn code150 SBEIL150A200 SBEIL200A300 SBEIL300A400 SBEIL400A450 SBEIL450A600 SBEIL600A

9.100


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Aluminium rings for bellow

DN 80 DN

Aluminium rings for plastic flanges

dn code40 SCNME040SH50 SCNME050SH80 SCNME080SH

100 SCNME100SH150 SCNME150SH200 SCNME200SH300 SCNME300SH

Aluminium rings for aluminium flanges

dn code15 SCNME015S25 SCNME025S40 SCNME040S50 SCNME050S80 SCNME080S

100 SCNME100S150 SCNME150S200 SCNME200S300 SCNME300S

9.110


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Stainless steel rings for bellow flanges

DN

Reducing washers in stainless steel

To use WiTh dn d d1 h code15 – 25 13 9 3 SDSCH14x10/430140 – 50 – 80 – 100 17 10 3 SDSCH18x10/4301150 – 200 – 300 21 11 3 SDSCH22x10/4301

D

D1

H

dn code15 SCNAI015S25 SCNAI025S40 SCNAI040S50 SCNAI050S80 SCNAI080S

100 SCNAI100S150 SCNAI150S200 SCNAI200S300 SCNAI300S

9.120


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PTFE “O-ring” gaskets

Ddn d code15 22 SGA015S25 34 SGA025S40 48 SGA040S50 61 SGA050S80 88 SGA080S

100 120 SGA100S150 172 SGA150S200 220 SGA200S300 321 SGA300S400 450 SDICH400/TG450 480 SDICH450/TG600 638 SDICH600/TG

GMP compliant gaskets

Ddn d code15 22 SGA015/GMP25 34 SGA025/GMP40 48 SGA040/GMP50 61 SGA050/GMP80 88 SGA080/GMP

100 120 SGA100/GMP150 172 SGA150/GMP200 220 SGA200/GMP300 321 SGA300/GMP

9.130


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Flat gaskets

dn d d1 code15 32 16 SGB01525 48 25 SGB02540 65 40 SGB04050 80 50 SGB05080 120 80 SGB080

100 132 102 SGB100150 190 152 SGB150200 240 200 SGB200300 350 300 SGB300400 470 400 SGB400450 535 450 SGB450600 684 610 SGB600

D

D1

PTFE envelope gaskets for Glass-Lined

dn d d1 code15 50 20 SPDR01525 70 30 SPDR02540 92 45 SPDR04050 107 57 SPDR05080 142 89 SPDR080

100 162 108 SPDR100150 218 159 SPDR150200 273 216 SPDR200300 378 305 SPDR300

The gasket thickness is 7 mm for all shown measuresOthers dimensions available on request

D1

D

9.140


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Standard and reduced bellows in PTFE

H

DN

Standard bellows

dn h code 15 65 SFALD015/U – L6525 65 SFALD025/U – L6540 75 SFALD040/U – L7550 75 SFALD050/U – L7580 75 SFALD080/U – L75

100 75 SFALD100/U – L75150 90 SFALD150/U – L90200 100 SFALD200/U – L100300 130 SFALD300/U – L130

Reduced bellows

dn h code25/15 50 SFB/R25-15E40/15 50 SFB/R40-15E40/25 50 SFB/R40-25E50/15 50 SFB/R50-15E50/25 50 SFB/R25-25E50/40 50 SFB/R50-40E

9.150


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Bellows for connecting glass to glass

Glass to glass bellows with plastic flanges

dn PTfe BelloW flange inserT holes BolTs nuTs Washers code15 1 x SFALD015/U-L65 2 x SSCHE015/K 2 x SCNME015S 3 3xM6x45 3xM6 6xØ6 SFBNPL015S25 1 x SFALD025/U-L65 2 x SSCHD025/K 2 x SCNME025S 4 4xM8x55 4xM8 8xØ8 SFBNPL025S40 1 x SFALD040/U-L70 2 x SSCHD040/K 2 x SCNME040SH 4 4xM8x70 4xM8 8xØ8 SFBNPL040S50 1 x SFALD050/U-L75 2 x SSCHD050/K 2 x SCNME050SH 4 4xM8x80 4xM8 8xØ8 SFBNPL050S80 1 x SFALD080/U-L75 2 x SSCHD080/K 2 x SCNME080SH 8 4xM8x90 8xM8 16xØ8 SFBNPL080S

100 1 x SFALD100/U-L75 2 x SSCHD100/K 2 x SCNME100SH 8 8xM8x100 8xM8 16xØ8 SFBNPL100S150 1 x SFALD150/U-L90 2 x SSCHD150/K 2 x SCNME150SH 8 8xM8x100 8xM8 16xØ8 SFBNPL150S200 1 x SFALD200/U-L100 2 x SSCHD200/K 2 x SCNME200SH 8 8xM8x100 8xM8 16xØ8 SFBNPL200S300 1 x SFALD300/U-L130 2 x SSCHD300/K 2 x SCNME300SH 12 12xM8x120 12xM8 24xØ8 SFBNPL300S

Glass to glass bellows with aluminium flanges

dn PTfe BelloW flange inserT holes BolTs nuTs Washers code15 1 x SFALD015/U-L65 2 x SCFM015S 2 x SCNME015S 3 3xM6x50 3xM6 6xØ6 SFBNM015S25 1 x SFALD025/U-L65 2 x SCFM025S 2 x SCNME025S 3 3xM8x60 3xM8 6xØ8 SFBNM025S40 1 x SFALD040/U-L70 2 x SCFM040S 2 x SCNME040S 3 3xM8x70 3xM8 6xØ8 SFBNM040S50 1 x SFALD050/U-L75 2 x SCFM050S 2 x SCNME050S 3 3xM8x70 3xM8 6xØ8 SFBNM050S80 1 x SFALD080/U-L75 2 x SCFM080S 2 x SCNME080S 6 6xM8x100 6xM8 12xØ8 SFBNM080S

100 1 x SFALD100/U-L75 2 x SCFM100S 2 x SCNME100S 6 6xM8x90 6xM8 12xØ8 SFBNM100S150 1 x SFALD150/U-L90 2 x SCFM150S 2 x SCNME150S 8 8xM8x90 8xM8 16xØ8 SFBNM150S200 1 x SFALD200/U-L100 2 x SCFM200S 2 x SCNME200S 8 8xM8x110 8xM8 16xØ8 SFBNM200S300 1 x SFALD300/U-L130 2 x SCFM300S 2 x SCNME300S 12 12xM8x120 12xM8 24xØ8 SFBNM300S

Glass to glass bellows with stainless steel flanges

dn PTfe BelloW flange inserT holes BolTs nuTs Washers code15 1 x SFALD015/U-L65 2 x SCFAI015S 2 x SCNAI015S 3 3xM6x50 3xM6 6xØ6 SFBNAI015S25 1 x SFALD025/U-L65 2 x SCFAI025S 2 x SCNAI025S 3 3xM8x60 3xM8 6xØ8 SFBNAI025S40 1 x SFALD040/U-L70 2 x SCFAI040S 2 x SCNAI040S 3 3xM8x70 3xM8 6xØ8 SFBNAI040S50 1 x SFALD050/U-L75 2 x SCFAI050S 2 x SCNAI050S 3 3xM8x70 3xM8 6xØ8 SFBNAI050S80 1 x SFALD080/U-L75 2 x SCFAI080S 2 x SCNAI080S 6 6xM8x100 6xM8 12xØ8 SFBNAI080S

100 1 x SFALD100/U-L75 2 x SCFAI100S 2 x SCNAI100S 6 6xM8x90 6xM8 12xØ8 SFBNAI100S150 1 x SFALD150/U-L90 2 x SCFAI150S 2 x SCNAI150S 8 8xM8x90 8xM8 16xØ8 SFBNAI150S200 1 x SFALD200/U-L100 2 x SCFAI200S 2 x SCNAI200S 8 8xM8x110 8xM8 16xØ8 SFBNAI200S300 1 x SFALD300/U-L130 2 x SCFAI300S 2 x SCNAI300S 12 12xM8x120 12xM8 24xØ8 SFBNAI300S

9.160


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Bellows for connecting glass to other

Glass to other bellows with plastic flanges

dn code15 SFBNPL015S/PN1025 SFBNPL025S/PN1040 SFBNPL040S/PN1050 SFBNPL050S/PN1080 SFBNPL080S/PN10

100 SFBNPL100S/PN10150 SFBNPL150S/PN10200 SFBNPL200S/PN10300 SFBNPL300S/PN10

Glass to other bellows with aluminium flanges

dn code15 SFBNM015S/PN1025 SFBNM025S/PN1040 SFBNM040S/PN1050 SFBNM050S/PN1080 SFBNM080S/PN10

100 SFBNM100S/PN10150 SFBNM150S/PN10200 SFBNM200S/PN10300 SFBNM300S/PN10

Glass to other bellows with stainless steel flanges

dn code15 SFBNAI015S/PN1025 SFBNAI025S/PN1040 SFBNAI040S/PN1050 SFBNAI050S/PN1080 SFBNAI080S/PN10

100 SFBNAI100S/PN10150 SFBNAI150S/PN10200 SFBNAI200S/PN10300 SFBNAI300S/PN10

9.170


9. C

OU

PlIN

GS



Set of bolts and nuts for flanges

Set for plastic flanges

dn holes nº BolTs sPrings nuTs Washers code15 3 3xM6x60 3xØ6 3xM6 9xØ6 SBCFPL015S25 4 4xM8x75 4xØ8xH12 4xM8 12xØ8 SBCFPL025S40 4 4xM8x90 4xØ8xH12 4xM8 12xØ8 SBCFPL040S50 4 4xM8x100 4xØ8xH12 4xM8 12xØ8 SBCFPL050S80 8 8xM8x130 8xØ8xH27 8xM8 24xØ8 SBCFPL080S

100 8 8xM8x130 8xØ8xH27 8xM8 24xØ8 SBCFPL100S150 8 8xM8x140 8xØ8xH27 8xM8 24xØ8 SBCFPL150S200 8 8xM8x140 8xØ8xH27 8xM8 24xØ8 SBCFPL200S300 12 12xM8x140 12xØ8xH27 12xM8 36xØ8 SBCFPL300S

Set for aluminium flanges

dn holes nº BolTs sPrings nuTs Washers code15 3 3xM6x65 3xØ6 3xM6 9xØ6 SBCFM015S25 3 3xM8x75 3xØ8xH12 3xM8 9xØ8 SBCFM025S40 3 3xM8x90 3xØ8xH12 3xM8 9xØ8 SBCFM040S50 3 3xM8x100 3xØ8xH12 3xM8 9xØ8 SBCFM050S80 6 6xM8x130 6xØ8xH27 6xM8 18xØ8 SBCFM080S

100 6 8xM8x130 8xØ8xH27 6xM8 18xØ8 SBCFM100S150 8 8xM8x140 8xØ8xH27 8xM8 24xØ8 SBCFM150S200 8 8xM8x140 8xØ8xH27 8xM8 24xØ8 SBCFM200S300 12 12xM8x140 12xØ8xH27 12xM8 36xØ8 SBCFM300S400 12 12xM8x195 12xØ8xH27 12xM8 36xØ8 SBCFM400S450 12 12xM8x195 12xØ8xH27 12xM8 36xØ8 SBCFM450S600 16 16xM10x240 16xØ10xH27 16xM10 48xØ10 SBCFM600S

Set for stainless steel flanges

dn holes nº BolTs sPrings nuTs Washers code15 3 3xM6x60 3xØ6 3xM6 9xØ6 SBCFAI015S25 3 3xM8x75 3xØ8xH12 3xM8 9xØ8 SBCFAI025S40 3 3xM8x90 3xØ8xH12 3xM8 9xØ8 SBCFAI040S50 3 3xM8x90 3xØ8xH12 3xM8 9xØ8 SBCFAI050S80 6 6xM8x120 6xØ8xH27 6xM8 18xØ8 SBCFAI080S

100 6 6xM8x130 6xØ8xH27 6xM8 18xØ8 SBCFAI100S150 8 6xM8x130 6xØ8xH27 8xM8 24xØ8 SBCFAI150S200 8 8xM8x130 6xØ8xH27 8xM8 24xØ8 SBCFAI200S300 12 12xM8x130 12xØ8xH27 12xM8 36xØ8 SBCFAI300S

9.180


9. C

OU

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PTFE rapid connectors

D

DN A

D

DN B

PTFE rapid connectors for corrugate tube

dn d TYPe code15 16 A SARC015/1625 16 A SARC025/1625 24 A SARC025/24

Corrugate tube

d code10 GC100 – 1014 GC100 – 1416 GC100 – 1624 GC100 – 24

PTFE rapid connectors for smooth tube

dn d TYPe code15 8 B SAR0015 – 0815 10 B SAR0015 – 1015 12 B SAR0015 – 1215 16 B SAR0015 – 1625 24 B SAR0025 – 24

Smooth tube

d inT. d exT. PTfe code Pfa code4 6 TU04x06 TU04x06PFA6 8 TU06x08 TU06x08PFA8 10 TU08x10 TU08x10PFA

10 12 TU10x12 TU10x12PFA14 16 TU14x16 TU14x16PFA

9.190


9. C

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Coulisse connectors

code code code

dn dn1Plastic flanges

Aluminium flanges


15 25 SCOPL25/15S SCOM25/15S SCOAI25/15S25 40 SCOPL40/25S SCOM40/25S SCOAI40/25S25 50 SCOPL50/25S SCOM50/25S SCOAI50/25S40 50 SCOPL50/40S SCOM50/40S SCOAI50/40S50 65 SCOPL50/65S SCOM50/65S SCOAI50/65S50 80 SCOPL80/50S SCOM80/50S SCOAI80/50S

DN

DN 1

9.200


9. C

OU

PlIN

GS



Spray balls

D

d sPraY angle connecTionfloW (L/min)

WiTh Δp AT 2 (bar) code 30 360° 1/2" 13 SSB3049 360° 3/4" 100 SSB49

9.210


9. C

OU

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Rapid closures

DN

code code code

dn Plastic Aluminium Stainless steel40 SC.RAP040 SC.RAP040/ALL SC.RAP040/AI50 SC.RAP050 SC.RAP050/ALL SC.RAP050/AI80 SC.RAP080 SC.RAP080/ALL SC.RAP080/AI

100 SC.RAP100 SC.RAP100/ALL SC.RAP100/AI150 SC.RAP150 SC.RAP150/ALL SC.RAP150/AI200 SC.RAP200 SC.RAP200/ALL SC.RAP200/AI

9.220


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9. C

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sTrucTures and suPPorTs

10.000


10. s

Tru

cTu

res

and

suPP

orT

s



Structures and supports

For the construction of supporting structures for their plants, Soffieria Sestese mainly uses stain-less steel tubular assembly with standard fittings.This type of tubular structure, very simple to pre-pare and assemble, is particularly suitable for the support of pilot plants and semi-industrial borosili-cate glass 3.3.Its principle relies on the use of stainless steel tubes assembled together with suitable fittings in galvanized cast iron. The tubes are placed within these couplings and fixed with the grub screw sim-ply with the aid of an Allen wrench.For existing plants, we selected four dimensions of reference tubes according to their outer diam-eter as shown in the following table:

exTernal diameTer

Wall ThicKness reference

26.9 mm 3/4" 3.0 mm 533.7 mm 1" 3.0 mm 642.4 mm 1" ¼ 3.0 mm 760.3 mm 2" 3.0 mm 9


10.010


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Closed sided fittings

Closed sided fittings for the structures, shown in this page, correspond to our standard size and are normally available in our warehouse. They are finished galvanized, painted red and on request in stainless steel.

suiTaBle for TuBe WiTh

exTernal diam.galVanized

codePainTed

code27 mm SKK10/5 SKK10/5 – VERN33 mm SKK10/6 SKK10/6 – VERN42 mm SKK10/7 SKK10/7 – VERN60 mm SKK10/9 SKK10/9 – VERN

27 mm SKK14/5 SKK14/5 – VERN33 mm SKK14/6 SKK14/6 – VERN42 mm SKK14/7 SKK14/7 – VERN60 mm SKK14/9 SKK14/9 – VERN










25%

25%

25%

25%

25%

25%

25%25%

25%

25%

10.020


10. S

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Stainless steel pipes hangers

dn f (clamP) mm h h1 ld1 (closure

screWs) code15 20x1.5 49 ÷ 56 25 68 M6x25 SGERO015AI25 20x1.5 57 ÷ 62 25 78 M6x25 SGERO025AI40 20x2.0 78 ÷ 82 25 101 M6x25 SGERO040AI50 20x2.0 84 ÷ 88 25 108 M6x25 SGERO050AI80 25x2.5 113 ÷ 118 25 136 M6x30 SGERO080AI

100 25x2.5 143 ÷ 145 25 165 M6x30 SGERO100AI150 25x3.0 198 ÷ 202 30 225 M8x45 SGERO150AI200 35x4.0 260 ÷ 164 30 308 M10x40 SGERO200AI

L

H

H1

M8 / M10

D1

DN F

10.030


10. S

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CTU

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AND

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Stainless steel support saddles

dn l l1 L2 h f Ø

code150 250 130 80 130 30 10 SSUS150AI200 300 140 95 155 30 10 SSUS200AI300 405 250 200 230 40 10 SSUS300AI400 510 320 230 290 40 10 SSUS400AI450 560 350 280 315 40 10 SSUS450AI

L

L1L2

Ø

H

DN

F

10.040


10. S

TrU

CTU

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AND

SUPP

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S



Stainless steel support rings for spherical vessel

liTers d d1 f TYPe code5 190 12 Ø33.7x500 A SVHP005

10 240 12 Ø33.7x500 A SVHP01020 280 12 Nº 2 flat bar 30x8 B SVHP02050 360 14 Nº 4 flat bar 40x8 C SVHP050

100 460 14 Nº 4 flat bar 40x10 C SVHP100200 550 14 Nº 4 flat bar 40x10 C SVHP200

D

F

D1

D

D1

F

D

D1

F

Ø13

Ø13

A

C

B

10.050


10. S

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AND

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Stainless steel support rings for cylindrical vessels

dn d d1 f TYPe code150 130 12 Ø33.7x500 A SVHC150200 190 12 Ø33.7x500 A SVHC250200 215 12 Nº 2 flat bar 30x8 B SVHC250300 240 12 Nº 2 flat bar 30x8 B SVHC300400 330 14 Nº 4 flat bar 40x8 C SVHC400450 360 14 Nº 4 flat bar 40x8 C SVHC450

D

F

D1

D

D1

F

D

D1

F

Ø13

Ø13

A

C

B

10.060


10. S

TrU

CTU

rES

AND

SUPP

OrT

S



Stainless steel angled support brackets

dn h h1 l l1 L2 L3 s d1 D2 α (°) code150 208 150 240 100 88 68 8 10 14 60° SSUA150AI200 243 154 200 100 88 68 8 10 14 45° SSUA200AI300 293 119 240 100 88 68 8 10 14 30° SSUA300AI

H

L1 L1

L

H1

L3

S

D2

D1

L2

ααDN

10.070


10. S

TrU

CTU

rES

AND

SUPP

OrT

S



Stainless steel column support brackets

dn h l l1 s d TYPe code25/40/50 100 118 28 5 Nº 3 10x30 A SFOU25/50

80/100/150 150 190 100 5 Nº 3 11x40 B SFOU80/150

L

L1

H

S

Ø11

D

Ø11L1

H

SL

D

A

10.080


10. S

TrU

CTU

rES

AND

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Stainless steel support rods

d d1 l l1 codeØe. 12 M8 400 15 STUS5/08Øe. 12 M10 400 15 STUS5/10Øe. 12 M12 400 18 STUS5/12

L1

D1

L1L

D

10.090


10. S

TrU

CTU

rES

AND

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OrT

S



Angle brackets

maTerial codeStainless steel SGEWI 8/12AI

45

30

14,5

11

27,5

11

Ø9

5

10.100


10. S

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CTU

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AND

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Connecting clamps

L

H

40

D

for TuBe h l dgalVanized

codePainTed

codesTainless sTeel

code1" 50 40 M12 SGEHA6/12 SGEHA6/12 – VERN SGEHA6/12AI

1 ¼" 55 40 M12 SGEHA7/12 SGEHA7/12 – VERN SGEHA7/12AI2" 60 50 M16 SGEHA8/12 SGEHA8/12 – VERN SGEHA8/12AI

10.110


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TrU

CTU

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AND

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Crossover open clamps

L

L2

L3

Ø

Ø

L1

Ø TuBe l l1 L2 L3galVanized

codePainTed

codesTainless sTeel

code1" x 1" 95 35 95 35 MOS6.33x33 MOS6.33x33 – VERN MOS6.33x33AI

1" ¼ x 1" ¼ 115 45 115 45 MOS7.42x42 MOS7.42x42 – VERN MOS7.42x42AI1" ¼ x 1" 115 45 95 35 MOS7/6.42x33 MOS7/6.42x33 – VERN MOS7/6.42x33AI1" ½ x 1" 120 45 95 35 MOS7/8.48x42 MOS7/8.48x42 – VERN MOS7/8.48x42AI

1" ½ x 1" ½ 120 45 120 45 MOS8/9.48x48 MOS9.48x48 – VERN MOS9.48x48AI

10.120


10. S

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AND

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Coulisse and U-bolt supports

H

AS

S

L

H

Ø

D

Stainless steel coulisse support

a h s code13 25 5 SCOU25x5xL……..

Stainless steel U-bolt support

d l h Ø code1" 40 52 M6 SCVL33AI

1" ¼ 51 68 M8 SCVL42AI2" 69 85 M8 SCVL60AI

10.130


10. S

TrU

CTU

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AND

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Clamp collars

L

L1

Ø14

H

for TuBe h l l1galVanized

codePainTed

codesTainless sTeel

code1" 32 94 40 SGEBE12/6 SGEBE12/6 – VERN SGEBE12/6AI

1" ¼ 40 106 40 SGEBE12/7 SGEBE12/7 – VERN SGEBE12/7AI2" 46 126 40 SGEBE12/8 SGEBE12/8 – VERN SGEBE12/8AI

10.140


10. S

TrU

CTU

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AND

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Fork brackets

dn l l1 TYPegalVanized

codesTainless sTeel

code15 – 25 665 – 675 - A SGEGA015/025 SGEGA015/025AI40 – 50 690 – 700 - A SGEGA040/050 SGEGA040/050AI

80 696 715 B SGEGA080 SGEGA080AI100 706 725 B SGEGA100 SGEGA100AI150 736 755 B SGEGA150 SGEGA150AI200 763 782 B SGEGA200 SGEGA200AI

600

L

Ø40

600

L

L1

Ø40A

B

10.150


10. S

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Support rings

dn d d1 D2 D3 D4 hgalVanized

codesTainless sTeel

code150 260 225 335 Nº 3Ø14 Nº 4Ø12 56 SGETR150 SGETR150AI200 320 295 390 Nº 3Ø14 Nº 4Ø12 56 SGETR200 SGETR200AI300 360 495 620 Nº 3Ø18 Nº 4Ø12 60 SGETR300 SGETR300AI

D

D1

D2

H

D3 D4

DN

10.160


10. S

TrU

CTU

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10. S

TrU

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Documents

)/$7& 211( & 7,21 CATALOG 2015 Table of contents-1/file/leverantorer/soffieria/dokument/... · SOFFIERIA SES TESE FLAT CONNE CTION CATALOG | 2015 0.010 oeria estese rl Sections Content