CATALOGUE OF MATERIALS - TN · History of TechnoNICOL ... Intensive development of the company continued through incorporation of ... allowing fast detection of waterproof covering

CATALOGUE OF MATERIALS

About the corporation12-3

TechnoNICOL construction systems24-8

Stone wool413-30

Extruded cellular polystyrene531-34

Bitumen and bitumen-polymer materials635-62

Mastics, sealants, primers763-68

Components and equipment

Accessories for flat roofings

Breathable and vapor control membranes

869-73

Polymer membranes39-12

ABOUT US

About the corporation12

TechnoNICOL is the largest producer and supplier of roofing, waterproofing and heat-insulating materials in Europe. The Corporation was founded in 1993. Today it has 34 factories, its own distribution network and representative offices in 35 countries. In 2008 TechnoNICOL’s turnover exceeded RUB 38 billion.

TechnoNICOL aims to create effective materials and solutions so as to protect the environment and human health. Over 80 million people all over the world live and work in buildings that were built with TechnoNICOL materials.

TechnoNICOL figures

911162534351403005 50030 000180 000510 0001 250 0008 000 00016 000 000830 000 000

Representative offices abroad

Product specializations

Years in market

Share of exports, %

Factories

Countries TechnoNICOL operates in

Sales offices

Authorized dealers

Highly skilled specialists

Production capacity for mastics, tons/year

Facilities built with TechnoNICOL products

Production capacity for stone wool, tons/year

Production capacity for extruded cellular polystyrene, m3/year

Production capacity for polymeric membranes, m2/year

Production capacity for flexible roofing tiles, m2/year

Production capacity for bitumen and bitumen-polymer materials, m2/year

About the corporation 1 3

History of TechnoNICOL

TechnoNICOL was founded. Its first office was opened in Moscow.

Production of roll roofing and waterproofing materials was launched. Vyborg Ruberoid Plant joins TechnoNICOL.

TechnoNICOL develops its own distribution network. The first regional sales office was opened in St. Petersburg.

Kroma Plant (Rybinsk) joins TechnoNICOL.

Reconstruction of the TechnoNICOL plant in Vyborg, resulting in the launch of production of bitumen-polymer materials. They were previously unavailable in the mass construction market of the Russian Federation and the CIS.

The first sales office was opened in Ukraine.

Commissioning of the Technoflex Plant in Ryazan – the most modern Russian producer of bitumen-polymer roll roofing and waterproofing materials.

Minvody-Krovlia Plant (city of Mineralniye Vody) and Tekhnokrom Plant (city of Novou-lianovsk) joined TechnoNICOL. Five more regional sales offices were opened.

The first foreign plant (Gargzdu MIDA, Lithuania) joins the Corporation. TechnoNICOL’s dis-tribution network expands rapidly, and the number of regional sales offices reaches 35 by the end of the year. Intensive development of the company continued through incorporation of factories and sales network into TechnoNICOL Corporation.

TechnoNICOL enters the pitched roof market. A new product – TechnoNICOL flexible roof-ing tiles – was designed and launched. The corporation’s output exceeds 100 000 000 m2 per year, and TechnoNICOL becomes one of the five largest European producers of bituminous waterproofing and roofing materials.

Commissioning of TechnoTOP Plant (Voskresensk, Moscow Region). AKSI Plant (Cheliabinsk), one of the largest producers of mineral fiber heat insulation, joins the Corporation. The first TECHNO-branded insulation materials were produced.

The number of the Corporation’s sales offices exceeds 80. The corporation has branches in all the CIS countries. The first sales office was opened in Warsaw (Poland). NKRZ Plant (Nizhny Novgorod), a producer of modern bonded materials, joins the corporation.

For the first time ever in Russia, production of composite roofing tiles started at Luxard Plant in Voskresensk, Moscow Region. At year-end, TechnoNICOL became the largest producer of roofing membranes in Europe. The first bitumen and bitumen-polymer plant was commis-sioned in Ukraine (Dneprodzerzhinsk). The largest SHINGLAS® flexible roofing tiles plant in Russia was commissioned in Ryazan as a joint venture in cooperation with Chova Company (Spain).

A second TECHNO stone wool production plant was commissioned in Ryazan. Upon commis-sioning, TechnoNICOL Corporation became one of the top three Russian/European leaders in the heat insulation market.

Two extruded cellular polystyrene plants were commissioned (total capacity: 600 000 m3 per year). A mineral wool plant (capacity: 60 000 tons per year) and a roofing materials plant in Yurga (Western Siberia) were commissioned.

A LOGICROOF PVC membranes plant, the pioneer in Russia, was commissioned in Ryazan. New stone wool production lines were launched in Ryazan, Yurga, Cherkassy and Zainsk, new extruded cellular polystyrene lines in Ryazan, Ulianovsk, Mineralniye Vody, Yurga and Dne-prodzerzhinsk. Several plants in Ukraine, as well as the Bitumat Plant (Czech Republic), joined the corporation.

1993

1994

1995 1996

1997

1998 1999

2000

2001

2002

2003

2004

2005

2006

2007

2008

TechnoNICOL construction systems24

TECHNONICOLROOFING SYSTEMS

LOGICROOF V-RP polymeric membrane

TECHNOROOF V 60

TECHNOROOF N 30

TechnoNICOL vapor-proof film for flat roofing

Bearing base — shaped sheet

TN-CLASSICClassic polymer membrane roofing on a shaped sheet base

TN-SMARTRoofing with a composite insulant and a polymer membrane

LOGICROOF V-RP polymeric membrane

Separating layer (fiberglass mat), 100g/m2

TECHNOPLEX 30-250

TECHNOROOF N 30

TechnoNICOL vapor-proof film for flat roofing

Bearing base — shaped sheet

Technoelast EKP

Uniflex EPV VENT

TECHNONICOL No. 01 bitumen primer

Reinforced cement-and-sand screedClaydite on the slope

TECHNOPLEX 30-250

Bikroelast TPP

Leveling screed

Bearing base — reinforced concrete

TN-TRADITIONAL Combined roofing on reinforced concrete base

TechnoNICOL construction systems 2 5

TN-CLIMATE All-season solution with bitumen-polymer materials

Technoelast EKP

Uniflex EPV VENT


Assembled screed

TECHNOPLEX 30-250

TECHNOPLEX KLIN V-shaped insulation

TechnoNICOL vapor-proof film


TN-BALLAST CLASSIC Polymer membrane ballast roofing

Ballast: gravel or ballast stone, fraction 20-40

Needled geotextile, 300g/m2

LOGICROOF V-GR Separating layer (fiberglass mat), 100g/m2

TECHNOPLEX 30-250

TechnoNICOL vapor-proof film

Cement-and-sand screed

Slope-forming claydite layer


TN-STEP Roofing for sidewalk pavement

Paving slabs

Cement-and-sand mixture

Thermobonded geotextile TechnoNICOL

A layer of gravel, fraction 5-20, 40mm thick min.

TechnoNICOL thermobonded geotextile

TECHNOPLEX 30-250

Needled geotextile TechnoNICOL, 300g/m2

Technoelast EPP (2 layers)

Reinforced cement-and-sand screed


Slope-forming claydite layer



TECHNONICOL FACADE SYSTEMSFacade systems for civil and industrial construction

TN-TECHNO system

Load bearing/self supporting part of the walls(bricks, light blocks with min. density 800kg/m3,

solid-cast reinforced concrete)

TECHNOVENT STANDART, TECHNOVENT OPTIMA, TECHNOVENT PROF, TECHNOVENT DOUBLE

Techno-System load bearing subsystem

TechnoNICOL dish facade dowel

Techno System facing panels

Note: It is recommended to cover the insulation with TechnoNICOL super-diffusion film in the boundary zone.

TN-DECOR mineral

Outer wall

TechnoNICOL fiberglass fabric grid

Quartz prime coat

Hardening prime coat

TechnoNICOL adhesive for heat insulation slabs

TECHNOFAS, TECHNOFAS L, TECHNOFAS DOUBLE

TechnoNICOL facade dowel

TechnoNICOL base reinforcing layer(TechnoNICOL adhesive for heat insulation slabs)

TechnoNICOL decoration plaster

Facade paint (where necessary)

TN-BRICK building

Load bearing flooring with a system of thermal inserts

Waterproofing layer

Load bearing/self-supporting part of the walls(bricks, light blocks with min. density 800gr/m3,

solid-cast reinforced concrete)

TECHNOBLOCK

Ventilated gap (with supply and exhaust holes)

TechnoNICOL ties with gap fixing pins

Facing brick

TechnoNICOL construction systems 2 7

TECHNONICOL FOUNDATION SYSTEMSTN- BASE wallSlurry wall insulation system

Soil

Slurry wall

Squared up surface

Protection (underlay) layer (TechnoNICOL geotextile)

TechnoNICOL rondel (fastening element)

LOGICROOF T-SL polymeric membrane

TechnoNICOL waterproofing seal

Injection nozzle

Protection layer (TechnoNICOL geotextile)

TechnoNICOL polyethylene film

Injection tubes to the interior

Internal reinforced structure

TN-BASE proInsulation system for foundations with high ground water level. Installation depth down to 3m.

Reinforced concrete wall

Foundation slab

Cement grout sloping board, min. 50/50mm


Technoelast EPP

TECHNOPLEX STANDART 30-250 extruded cellular polystyrene

Backfill

Concrete primer

Protection cement-and-sand screed

Ballast stone

Foundation soil


TN-BASE drainInsulation system for foundations with low ground water level. Installation depth down to 3m.

TECHNOPLEX 30-250 STANDART heat insulation


PLANTER geo corrugated membrane

TECHNOELASTMOST B waterproofing layeron vertical and horizontal surfaces

TECHNOELASTMOST B extra waterproofing

Backfill

Reinforced concrete floor slab

PLANTER Standard corrugated membrane

Drain pipe

Sand layer

Compacted ballast stone

Foundation soil

POLYMER MEMBRANES

TECHNICAL SUPPORT AND INFORMATION ABOUT SALES OFFICES:Phone: +7 (495) 9255775, 8-800-200-05-65; Fax: +7 (495) 9258155

E-mail: [email protected] www.teplo.ru

Polymer membranes310

PVC-membrane LOGICROOFDescription:PVC (plasticized polyvinylchloride) membrane LOGICROOF is a water-proofing roofing material.

Field of application:Polymeric membranes LOGICROOF can be used for any type of roofing system: ballast, with mechanical fixation or glued, are compatible with the roofs of any construction. Moreover, the membranes are suitable for the installation of new roofs as well as for repairs of used roof coverings. Polymeric membranes LOGICROOF can be installed on a surface fast and easily – it is welded by hot air, using automatic equipment. The mounting of the material practically does not depend on weather conditions.

Type of material Field of application

1. LOGICROOF V-RP®Thickness – 1,2-2,0 mm;

PVC-membrane, reinforced with polyester grid that provides a larger rupturestrength and absence of material shrinkage. Material used as waterproofing layeron roofs with mechanical fixation.

2. LOGICROOF V-SR®Thickness – 1,5 mm;

No reinforcement PVC-membrane. Used for production supplementary elements:joining with base roofing cover.

3. LOGICROOF V-GR®Thickness – 1,5-2,0 mm;

PVC-membrane, reinforced with glass fiber. Material used as waterproofing layerfor ballast roofing system. Material has a ruggedness puncture resistance.

4. LOGICROOF T-SL®Thickness – 1,5-3,0 mm;

Tunnel PVC-membrane ECOPLAST T-SL is an no reinforcement material,microorganisms and roots resistant. This material has a signal layer of yellowcolor, allowing fast detection of waterproof covering damages.

Basic technical characteristic:LOGICROOF V-RP LOGICROOF V-SR LOGICROOF V-GR LOGICROOF T-SL

PVC PVC PVC PVCBase

polyester no reinforcement glassfiber no reinforcementReinforcement

1,2-2,0 1,5 1,5-2,0 1,5-3,0Thickness

20 15 15 15Tensile strength, MPa

90 200 90 200Elongation of break, %

0,3 0,1 0,3 0,1Water absorption, %

-45 -45 -45 -45Low temperatureflexibility on 5 mm, °С

waterproofStatic bursting strength,250Н х 24 h

G1, G2 G4 G4 G3Combustibility group

Polymer membranes 3 11

PVC-membrane ECOPLASTDescription:PVC (plasticized polyvinylchloride) membrane ECOPLAST is a water-proofing roofing material.

Field of application:Polymeric membranes ECOPLAST can be used for any type of roofing system: ballast, with mechanical fixation or glued, are compatible with the roofs of any construction. Moreover, the membranes are suitable for the installation of new roofs as well as for repairs of used roof coverings. Polymeric membranes ECOPLAST can be installed on a surface fast and easily – it is welded by hot air, using automatic equipment. The mounting of the material practically does not depend on weather conditions.

Type of material Field of application

1. ECOPLAST V-RP®Thickness – 1,2-2,0 mm;

PVC-membrane, reinforced with polyester grid that provides a larger rupturestrength and absence of material shrinkage. Material used as waterproofinglayer on roofs with mechanical fixation.

2. ECOPLAST V-SR®Thickness – 1,5 mm;

No reinforcement PVC-membrane. Used for production supplementaryelements: joining with base roofing cover.

3. ECOPLAST V-GR®Thickness – 1,5 mm;

PVC-membrane, reinforced with glass fiber. Material used as waterproofinglayer for ballast roofing system. Material has a ruggedness puncture resistance.

4. ECOPLAST T-SL®Thickness – 1,5-2,0 mm;

Tunnel PVC-membrane ECOPLAST T-SL is an no reinforcement material,microorganisms and roots resistant. This material has a signal layer of yellowcolor, allowing fast detection of waterproof covering damages.

Basic technical characteristic:ECOPLAST V-RP ECOPLAST V-SR ECOPLAST V-GR ECOPLAST T-SL

PVC PVC PVC PVCBase

polyester no reinforcement glassfiber no reinforcementReinforcement

1,2-2,0 1,5 1,5 1,5-2,0Thickness

19 14 14 14Tensile strength, MPa

60 200 90 200Elongation of break, %

0,3 0,1 0,5 0,2Water absorption, %

-40 -40 -30 -30Low temperatureflexibility on 5 mm, °С

waterproofStatic bursting strength,250Н х 24 h

G1, G2 G4 G4 G4Combustibility group

MEMBRANE FROM HIGHDENSITY POLYETHYLENE – HDPE “PLANTER”

Descriptions of material:Knobbed membrane Planter made from high density polyethylene.

Field of application:General functions of PLANTER – waterproofing protection and organi-zation of drainage. Planter is notable for high mechanical strength and its resistance to chemical aggressive environment, is not subjected to the destroyable influence of mould and bacteria, is resistant to root sprout-ing of trees and to the UF influence.

Physical-mechanical characteristics

Description

Weight 1m2, kg

One layer sheet from high densitypolyethylene withround knobs 20mmhigh with perfora-

tion

14

-30 +80

180 (~18)

12

PLANTER-life

One layer sheet from high densitypolyethylene withround knobs 20mm

high

14

-30 +80

180 (~18)

12

PLANTER-gigant

Three layersmembrane – sheetfrom high densitypolyethylene withround knobs 8mmhigh, mechanicalthermo bonded

geotextile, protec-tion sheet from

polyethylene

5,5

-30 +80

400 (~40)

3,5

PLANTER-active

Two layers mem-brane – sheet

from high density polyethylene

with round knobs8mm high, me-chanical thermobonded geotextile

5,5

-30 +80

250 (~25)

4,6

PLANTER-geo

One layer sheet from high densitypolyethylene with round knobs 8mm

high

5,5

-30 +80

280 (~28)

-

PLANTER-standard

Compressive strength, kN/m2 (t/m2)

Carrying capacity, l/sec, m2

Air volume between knobs, l/m2

Apply temperature, °C

1,01,00,950,650,6

Type of material Field of application1. PLANTER -standard®High of knobs – 8mm;Compressive strength – 280kN/m2 (28 t/m2)

Protection of bituminous waterproofing of underground constructions during filling the foundation pit up with soil; protection of foundation slab from capillary humidity; drying of moist walls; in exploited roofing.

2. PLANTER -gigant®High of knobs – 20mm;Compressive strength – 180kN/m2 (18 t/m2)

The same application as for Planter-standard; when big water inflow exists; loads distribu-tion in inverse roofing.

3. PLANTER -geo®High of knobs – 8mm;Compressive strength – 250kN/m2 (25 t/m2)

Mounting of drainage layer in roofing and waterproofing.

4. PLANTER -active®High of knobs – 8mm;Compressive strength – 400kN/m2 (40 t/m2)

Protection of (underground) bituminous waterproofing and organization of drainage when distend soils exists and in foundations sunk to a great depth.

5. PLANTER -life®High of knobs – 20mm;Compressive strength – 180kN/m2 (18 t/m2)

In order to keep moisture in “green” roofing.

Polymer membranes312

STONE WOOL TECHNONICOLNON-FLAMMABLE INSULATION



Stone wool414

TECHNOLIGHTTECHNOLIGHT – nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:TECHNOLIGHT slabs are intended for thermal and sound insulation of residential and indus-trial buildings in which insulation material is not subjected to external load.They are recommended for thermal insulation of horizontal, sloping, and vertical structures, such as ventilated surfaces of sloping roofs, mansards, roof decks, floors with insulation between joists, stud walls and partitions.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm

40-200 mm, with a 10 mm step

TECHNOLIGHT slabs are characterized by:• high heat retention properties;

• resistance to high temperatures impact;

• volume and shape stability;

• low water absorption;

• high sound absorption properties;

• resistance to microorganisms and rodents;

• neutrality to concrete and metallic materials;

• ease of installation, cutting and handling - can be easily cut with a knife or saw.

Fire resistanceTECHNOLIGHT slabs are nonflammable mate-rial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.

Acoustic absorption factorFrequence, Hz

Thickness 50 mm

Thickness 100 mm

0,20

125

0,38

0,48

250

0,68

0,85

500

0,97

0,93

1000

1,00

0,84

2000

0,91

0,70

4000

0,80

Technical specification TU 5762-043-17925162-2006


TECHNOLIGHTEXTRA

TECHNOLIGHTOPTIMA

TECHNOLIGHTPROF

Density, kg/m3 30 35 40

Compressibility, %, no more 30 30 20

Thermal conductivity

At 10 °С, W/(m *°C), not more than


Under conditions А, W/(m *°C), not more than

Under conditions B, W/(m *°C), not more than

Vapor permeability, mg/(m*h*Pa), not less than

Humidity by weight, %, not more than

Water absorption by volume, %, not more than

Organic substances content, %, not more than

Flammability, degree Nonflammable Nonflammable Nonflammable

0,036 0,035 0,034

0,039 0,037 0,036

0,046

0,3

1,5

2,5 2,5 2,5

1,5 1,5

0,5 0,5 0,5

0,3 0,3

0,049 0,048 0,043

0,045 0,040

Stone wool 4 15

ROCKLIGHTROCKLIGHT is a light, water repellent, non-flammable thermal and sound insulation slabs of mineral wool on the base of the rocks of basalt group. It is a universe material for the private building.

Application:It is recommended for the usage as an insula-tion aterial for the horizontal, slope and verti-cal constructions such as attics, skeleton walls, walls with sidings, floors, overlapping, parti-tions.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm

50 mm

ROCKLIGHT slabs are characterized by• high heat retention properties;








Fire resistanceROCKLIGHT slabs are nonflammable material.They can be used in the temperature range of- 60 to + 200°C. The melting point of the fi-bers exceeds 1000°C.


Physical-mechanical characteristicsDensity, kg/m3

Compressibility, %, no more 30

30









Flammability, degree Nonflammable

0,042

2,5

0,5

2,0

0,3

0,051

0,048

Stone wool416

TECHNOBLOCKTECHNOBLOCK – nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basaltgroup.

Application:TECHNOBLOCK – nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basaltgroup.TECHNOBLOCK slabs are intended for thermal and sound insulation of residential and indus-trial buildings in which the insulation material is not subjected to external load. They are rec-ommended for thermal insulation of horizon-tal, sloping, and vertical structures,skeleton-frame residential buildings, and areused as the medium thermal insulation layerin a three-layer cavity walls made from small-size materials.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm

30-200 мм, with a 10 mm step

TECHNOBLOCK slabs are characterized by:• high heat retention properties;








Fire resistanceTECHNOBLOCK slabs are nonflammable ma-terial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.



ТECHNOBLOCKSTANDART

ТECHNOBLOCKOPTIMA

ТECHNOBLOCKPROF













0,034 0,034 0,033

0,036 0,036 0,035

0,043

0,3

1,5

2,5 2,5 2,5

1,5 1,5

0,5 0,5 0,5

0,3 0,3

0,046 0,044 0,043

0,041 0,040

Stone wool 4 17

TECHNOVENTTECHNOVENT – nonflammable, waterrepel-lent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:Used in residential and industrial construction as a thermal insulation layer in new construc-tion and reconstruction of buildings and struc-tures serving a variety of purposes.TECHNOVENT slabs are intended as a thermal insulation layer in insulation systems with a ventilated air cavity in external walls (venti-lated facades).

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm

30–200 mm with a 10 mm step

TECHNOVENT slabs are characterized by:• high heat retention properties;








Fire resistanceTECHNOVENT slabs are nonflammable mate-rial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.



TECHNOVENTSTANDART

TECHNOVENTOPTIMA

TECHNOVENTPROF













0,034 0,034 0,034

0,036 0,036 0,036

0,043

0,3

1,5

3,0 3,0 3,0

1,5 1,5

0,5 0,5 0,5

0,3 0,3

0,046 0,044 0,047

0,041 0,044

Compression strength at 10% deformation, kPa, not less than 10 12 15

Layer peel strength, kPa, not less than 3 5 8

Stone wool418

TECHNOFASTECHNOFAS – light, nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:TECHNOFAS slabs are indented for applica-tion in residential and industrial construction as thermal insulation in external insulation systems of walls with a protective decorative layer of thin stucco.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm

40–150 mm, with a 10 mm step

TECHNOFAS slabs are characterized by:• low thermal conductivity;

• geometrical precision;

• high durability parameters;

• high peel strength;

• resistance to high temperatures;

• 100% resistance to freezing-thawing cycles;


• high vapor permeability;

• chemical neutrality to construction materials;

• high sound absorption properties.

Fire resistanceTECHNOFAS slabs are nonflammable material. They can be used in the temperature range of- 60 to + 200°C. The melting point of the fi-bers exceeds 1000°C.



Thermal conductivity:

0,036

145



under conditions A, W/(m *°C), not more than

under conditions B, W/(m *°C), not more than

Compression strength at 10% deformation, kPa, not less than

Layer peel strength, kPa, not less than

Water absorption upon complete immersion by volume, %, not more than



Humidity by weight, %, not more than 0,5

0,038

0,042

4,5

0,3

1

15

45

0,045


Stone wool 4 19

TECHNOSANDWICHTECHNOSANDWICH - nonflammable, water-repellent thermal and sound insulation slabs of mineral wool made from rocks of the gabbro-basalt group.

Application:TECHNOSANDWICH BETON slabs are used as the thermal insulation lay in the 3-layer con-crete and ferroconcrete wall panels.TECHNOSANDWICH C slabs are used as thethermal insulation layer in 3-layer wall sand-wich panels with metallic boarding.TECHNOSANDWICH K panels are used as ther-mal insulation layer in 3-layer roofing sand-wich panels with metallic boarding.

DimensionsLength

Width

Thickness

1200, 2400 mm

600, 627, 800, 1200 mm

102 (122) mm

TECHNOSANDWICH slabs are characterized by:• low thermal conductivity;










Fire resistanceTECHNOSANDWICH slabs are nonflammable material. They can be used in the temperaturerange of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.



TECHNOSANDWICHBETON

TECHNOSANDWICH C TECHNOSANDWICH K

Density, kg/m3 100 105 140

Thermal conductivity at 25°C, W/(m *°C), not more than 0,036 0,040 0,042


Compression strength, кPa

Shearing strength, кPa, not less


Water absorption upon partial immersion by volume, %, not more than




Flammability, degree

- 60* 100*

- 50* 75*

1,5

0,3

0,5

Nonflammable Nonflammable Nonflammable

0,5 0,5

4,5 4,5 4,5

0,3 0,3

10 10 10

1,5 1,5

Thermal conductivity at 10°C, W/(m *°C), not more than 0,034 0,038 0,040

Compression strength at 10% deformation, kPa, not less than 20 - -

- 100* 100*

* The slabs are cutting into the stripes (lamellas), the samples are turned for 90 ° around the long axes

Stone wool420

TECHNOROOF NTECHNOROOF N – nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:Used in residential and industrial construc-tion as a thermal insulation layer in new con-struction and reconstruction of buildings and structures serving a variety of purposes. TECH-NOROOF N slabs are intended for application as the main thermal insulation layer in coats made from ferroconcrete or metallic decking with roofing of rolled or built-up roofing ma-terials. Recommended for application in com-bination with TECHNOROOF V slabs.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm


TECHNOROOF N slabs are characterized by:• high heat-retention properties;


• high resistance to deformation and mechanical loads;







Fire resistanceTECHNOROOF N slabs are nonflammable ma-terial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.



Density, kg/m3



at 10°C, W/(m *°C), not more than

at 25°C, W/(m *°C), not more than

under conditions A, W/(m *°C), not more than

under conditions B, W/(m *°C), not more than





TECHNOROOF N25

25

95

4,5

0,036

0,038

0,048

0,5

1,5

0,3

0,045

TECHNOROOF N30

30

100

4,5

0,034

0,036

0,044

0,5

1,5

0,3

0,041

TECHNOROOF N35TECHNOROOF N40

35 40

110 120

4,5 4,5

0,035 0,037

0,037 0,039

0,047 0,045

0,5 0,5

1,5 1,5

0,3 0,3

0,044 0,042

Flammability, degree Nonflammable Nonflammable Nonflammable Nonflammable

Stone wool 4 21

TECHNOROOFTECHNOROOF – nonflammable, waterrepel-lent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:Used in residential and industrial constructionas a thermal insulation layer in new construc-tion and reconstruction of buildings and struc-tures serving a variety of purposes. TECHNO-ROOF slabs are intended for application as the main thermal insulation layer in coats made from ferroconcrete or metallic decking with roofing of all types, including roofing withoutprotective coatings.

DimensionsLength

Width

Thickness

1200, 2400 mm

500, 600 mm


Fire resistanceTECHNOROOF slabs are nonflammable mate-rial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.

TECHNOROOF slabs are characterized by:• high heat-retention properties;










Physical-mechanical characteristicsTECHNOROOF 45

Density, kg/m3


45

140



than

At 25°C, W/(m *°C), not more than

Under conditions A, W/(m *°C), not more than





Organic substances content, %, not more than 4,5

0,036

0,038

0,047

0,5

1,5

0,3

0,044

TECHNOROOF 50

50

160

4,5

0,036

0,038

0,046

0,5

1,5

0,3

0,043

TECHNOROOF 60

60

170

4,5

0,037

0,039

0,049

0,5

1,5

0,3

0,046

TECHNOROOF 70

70

180

4,5

0,038

0,040

0,047

0,5

1,5

0,3

0,043

Flammability, degree Nonflammable Nonflammable Nonflammable Nonflammable

10 10 12 12

Stone wool422

TECHNOROOF VTECHNOROOF V – Nonflammable, waterre-pellent thermal and sound insulation slabs of mineral wool made from rocks of the basalt group.

Application:Used in residential and industrial constructionas a thermal insulation layer in new construc-tion and reconstruction of buildings and struc-tures serving a variety of purposes. TECHNO-ROOF V slabs are intended for application as the main thermal insulation layer in coats made from ferroconcrete or metallic decking with roofing of rolled or built-up roofing ma-terials.Recommended for application in combinationwith TECHNOROOF V slabs.

DimensionsLength

Width

Thickness

1000, 1200 mm

500, 600 mm


TECHNOROOF V slabs are characterized by:• high heat-retention properties;









Fire resistanceTECHNOROOF V slabs are nonflammable ma-terial. They can be used in the temperature range of - 60 to + 200°C. The melting point of the fibers exceeds 1000°C.



Density, kg/m3




than

At 25°C, W/(m *°C), not more than

Under conditions A, W/(m *°C), not more than






TECHNOROOF V50

50

170

4,5

0,036

0,038

0,046

0,5

1,5

0,3

0,043

TECHNOROOF V60

60

180

4,5

0,037

0,038

0,046

0,5

1,5

0,3

0,043

TECHNOROOF V70

70

190

4,5

0,038

0,040

0,048

0,5

1,5

0,3

0,045


15 15 15

Stone wool 4 23

TECHNOFAS LTECHNOFAS L – bars cut from nonflammablewater-repellent thermal and sound insulationslabs on the synthetic binder made from min-eral wool on the basis of rocks of the basalt group. The fibers in a lamel are situated per-pendicular to the isolated surface.

Application:TECHNOFAS L slabs are intended for applica-tion as thermal insulation in the external part of the fasade systems. Furthermore, the prod-uct serves as a basis for application of the pro-tective and decorative layers of plaster.The product is also applied for insulation of those parts of walls that have a curved or “broken” surface (for example, bay-windows, pilasters etc).

DimensionsLength

Width

Thickness

1000, 1200 mm

200 mm


Fire resistanceTECHNOFAS L slabs are made from a non-flammable material. They can be used in the temperature range of -60°С to +200°С. The melting point of the fibers exceeds 1000°С.

TECHNOROOF slabs are characterized by:• flexibility;

• ease of installation;

• low thermal conductivity;






• law water absorption;






At 10°С, W/(m*°С], not more than

At 25°С, W/(m*°С], not more than

Under conditions А, W/(M*°С], not more than

Under conditions B , W/(m*°С], not more than

Compression resistance at 10% deformation, kPa, not less than

Breaking point of layer peel, not less than



Organic substance content, %, not more than


80

0,5

0,045

0,048

80

0,3

4

1

50


0,037

Thermal Conductivity:

0,040

Stone wool424

ROOFING WEDGEROOFING WEDGE (fillet) is applied to make an incline of the parapet ina flat roofing. It is designed to provide a smooth passage of the hydro isolation material from the horizontal roofing surface to the vertical par-apet surface. It is installed along the perimeter of the roofing.

ApplicationROOF SLOPING SLABS are used to create a slope enabling to remove water from the roof-ing system to the water release points.A slope is a roof pitch inclination angle to the horizon. Without good slopes, assuring an unconstrained flow of water, a safe roofing system can not exist. To create a roof sloping the slabs are installed along the perimeter with the inclination to the water outlets. In case of a double thermal insulation system the instal-lation is made on the first (lower) layer of the material.

Installation• Mechanical installation;• Attachment on the bitumen mastic;• Attachment on the bilateral bitumen and polymeric selfadhesive sticker.

ROOFING WEDGE 100Density, kg/m3

Compression resistance at 10% deformation, kPa, not less than

Angle of cutting, %

180

60

45

Area of cut , m2 0,005

Volume of 1 piece, m3 0,006

Weight of 1 piece, kg 1,08

Advantages:• Reduction of work execution terms• Convenience of TechnoNICOL systems installation

ROOF SLOPING SLABS

DimensionsLength

Width

Thickness (in a narrow / wide part]

1200 mm

600 mm

10/30, 15/65, 40/60 mm

Physical-mechanical characteristicsThickness , mm

Compression resistance at 10%deformation, kPa, not less than

40/60

180

60

Inclination angle, % 3,3

Angle of cut, m2 0,03

Volume of 1 piece, m3 0,036

Density, kg/m3

Weight, kg 6,48

15/65

180

60

8,3

0,024

0,0288

5,184

10/30

180

60

3,3

0,012

0,0144

2,592

Stone wool 4 25

DOUBLE DENSITY SLABSNon-flammable waterproofed heat and acoustic insulation slabs, made of stone wool, on the basis of gabbroic basalt rocks.The slab structure is composite and combines hard (external) and soft lower (internal) lay-ers. Because of layered structure, slabs weigh less and are easy to install. The upper (hard) layer is marked.

Application:TECHNOVENT DOUBLE LAYER slabs are used as one-layer heat insulation of walls. In dis-tinction to the two-layer solution, you do not need to mount the slab’s lower layer, there-fore it requires fewer fittings, can be assem-bled faster and the entire system is cheaper.

TECHNOFAS DOUBLE LAYER slabs are used to insulate, from heat or cold, external sur-face of buildings with thin plaster layer. The slabs insulate heat and are base for the plaster layer. TECHNOFAS DOUBLE LAYER slabs are used for one-layer insulation.

TECHNOROOF DOUBLE LAYER slabs are used to insulate, from heat or cold, roofing struc-tures. The slabs are used under waterproof membrane roofing of roll and mastic materi-als, also without cement-and-sand screeds.

DimensionsLength

Width

Thickness of upper layer:

1000, 1200 mm

600 mm


Thickness of lower layer:

TECHNOVENT DOUBLE LAYER: 50-170 mm with 10 mm spacing

TECHNOFAS DOUBLE LAYER: 40-170 mm with 10 mm spacing

TECHNOROOF DOUBLE LAYER: 60-200 mm with 10 mm spacing

Technical specification TU 5762-00274182-1-81-2007


Density of upper layer (kg/m3)

Density of upper layer (kg/m3)

Min. compressibility at 10% deformation (kPa)

Tear strength of layers at 10% deformation (kPa)

Max. thermal conductivity at10 0С, W/(m *°С), no more than

Max. thermal conductivity at10 0С, W/(m *°С), no more than

Max. thermal conductivity under conditions А, W/(m*°С)

Max. thermal conductivity under conditions B, W/(m*°С)

Max. humidity by weight (%)

Max. water absorption by volume (%)

Max. organic substances content (%)

Flammability degree

TECHNOVENT DOUBLE LAYER

45

90

Nonflammable

-

0,033

0,036

0,046

1,5

4,0

0,5

0,043

TECHNOFASDOUBLE LAYER

95

180

Nonflammable

-

0,036

0,037

0,047

1

4,5

0,5

0,044

TECHNOROOFDOUBLE LAYER

110

180

Nonflammable

40

0,036

0,038

0,045

1,5

4,5

0,5

0,042

4 15 -

Stone wool426

FIREPROOF SLAB FOR THE IN-SULATION OF CONCRETE CON-STRUCTIONS TECHNONICOLProduct description:Fireproof slab for the insulation of concrete constructions TECHNONICOL - nonflam-mable, thermal and sound insulation stitched mat from mineral wool on the base of basalt rocks.It can be produced with the lining of aluminum foil or glass cloth.

Application:In the civil and industrial engineering for new projects and reconstructions of the buildings with different functions as a thermal insula-tion and fire protection material for ferrocon-crete structures.For the fire protection of ferroconcrete cross-overs in the industrial and civil engineering. Degree of fire resistance is 240 minutes with the thickness of fireproof slab 60 mm.



l�10

l�25

l�A l�B

100

0,044

0,047

0,034

Thermal conductivity, W/mК:

20Compression strength at 10% deformation, kPa

0,036

DimensionsLength

Width

Thickness

1200 mm

600, 1200 mm

60-200 mm

Stone wool 4 27

CYLINDER TECHNONICOLProduct description:Cylinder TECHNONICOL – thermal insulation cylinder from mineral wool on the base of ba-salt rocks.Cylinders can be produced with lining of rein-forced aluminum foil.For the easy assembly onto the pipe the cylin-der has the longitudinal cutting on the outer side and the surface cutting, which is like a hinge on the inner side and is opposed to theouter cutting.

Application:In the civil and industrial engineering for new projects and reconstructions of the buildings with different functions as a thermal insula-tion material.Thermal insulation of the technological piping on the objects of different industries( includ-ing food industry) and the building systems. The limit temperature of application is plus 650°C. Degree of flammability is nonflam-mable.

Dimensions

Length

Diameter of pipe(inner diameter)

Thickness

1200 mm

18-324 mm

20-100 mm



Density, kg/m3

l�10

l�25

l�125

l�300

70-110

0,048

0,087

0,035


3,2Amount of organic substances, %, no more than

0,037

NonflammableFlammability degree

110-140

0,048

0,087

0,035

3,2

0,037

Nonflammable

CylinderTECHNONICOL 80

CylinderTECHNONICOL 100

Stone wool428

STITCHED MAT TECHNONICOLProduct description:Stitched Mat TechnoNICOL – nonflamma-ble, thermal and sound insulation stitched mat from mineral wool on the base of basalt rocks.It can be produced with the lining of aluminum foil or glass cloth.

Application:In the civil and industrial engineering for new projects and reconstructions of the buildings with different functions as a thermal insula-tion and fire protection material.It is used for the insulation of the pipes, coni-cal, cylindrical and flat surfaces, air ducts as a thermal, sound and fire-protection material.Zinc-coated steel net, which adds hardness to the insulation and eases the assembly, is sewed to the mat with the steel wire. It is used with the temperature of insulated surfaces up to 750°C.

DimensionsLength

Width

Thickness

2000 mm

1200 mm

50-100 mm



Density, kg/m3

l�10

l�25

l�125

l�300

80

0,050

0,093

0,035


50Compressibility, no more, %

0,038

60Elasticity, no less, %

NonflammableFlammability degree

100

0,049

0,090

0,034

40

0,037

70

Nonflammable

Stitched MatTECHNONICOL 80

Stitched MatTECHNONICOL 100

Stone wool 4 29

Product description:Lamella Mat TECHNONICOL is nonflammable, thermal and sound insulation mat, which is formed from the strips of mineral wool fibers, which is glued to the reinforced foil with the use of adhesive. As a result there is a productwhich has the increased compressive resis-tance in comparison with the standard mats and less deformation during the assembly.In standard execution mat is lined with the re-inforced foil.

Application:In the civil and industrial engineering for new projects and reconstructions of the buildings with different functions as a thermal insula-tion and fire protection material.It is used for the insulation of the pipes, coni-cal, cylindrical and flat surfaces, air ducts as a thermal, sound and fire-protection material.It is used with the temperature of insulated surfaces up to 250°C.

LAMELLA MAT TECHNONICOL

DimensionsLength

Width

Thickness

2500-12000 mm

1200 mm

20-100 mm

Technical specification TU- 5762-002-96667016-2008


Density, kg/m3

l�10

l�25

l�125


Elasticity, no less, %

Flammability degree

35

0,062

0,039

90

0,042

Nonflammable

Lamella Mat TECHNONICOL

Compressibility, no more, % 10

Stone wool430

FIREPROOF SLAB FOR THE IN-SULATION OF METALLIC CON-STRUCTIONS TECHNONICOLProduct description:Fireproof slab for the insulation of metal-lic constructions TECHNONICOL - nonflam-mable, thermal and sound insulation stitched mat from mineral wool on the base of basalt rocks.It can be produced with the lining of aluminum foil or glass cloth.

Application:In the civil and industrial engineering for new projects and reconstructions of the buildings with different functions as a thermal insula-tion and fire protection material for metallic constructions.For the fire protection of bearing metallic crossovers with foreresistance degree from 60 till 240 minutes.

DimensionsLength

Width

Thickness

1200 mm

600, 1200 mm

30-200 mm



l�10

l�25

145

0,033


0,035

30Compression strength at 10% deformation, kPa

EXTRUDED POLYSTYRENE



Extruded polystyrene532

EXTRUDED POLYSTYRENE TECHNOPLEXDescriptions of material:The TECHNOPLEX extruded foamed poly-styrene is a thermal insulation material with uniformly distributed closed cells which does not absorb water, doesn’t swell and shrink, is chemical–resistant and is not subject to diges-tion.High resistibility allows to receive equal and simultaneously rigid base, and it essentially in-creases term of operation of the whole heat–insulating system.

Field of application:TECHNOPLEX –is an up–to–date thermal in-sulating material widely used in building and construction while arranging thermal protec-tion of the basement, roofs, floors, facades,thermal insulation of railways and highways.

DimensionsLength

Width

Thickness

1180-4500 mm

580 mm

20-120 mm



Density, no less, kg/m3

Shrinkage resistance at 10 percent linear defor-mation, no less than (kPa)

Fire resistance category

Temperature range for normal operation, °C

38

0,35

0,2

0,030

Г4

0,032

TECHNOPLEX 45-500

32

0,35

0,2

0,029

Г4

0,031

TECHNOPLEX 35-300

STANDARD

32

0,035

0,2

0,029

Г1

0,031

TECHNOPLEX 35-250

28

0,30

0,2

0,029

Г4

0,031

TECHNOPLEX 30-250

STANDARD

28

0,30

0,2

0,029

Г1

0,031

0т -50 до +75

TECHNOPLEX 30-250

Thermal conductivity at (25±5) °С W/(m*°С), no more than

Projected thermal conductivity under condi-tions type «А» and «B»

Maximum strength for static bending, no less than,(MPa)

Water absorption, no more than(% of volume)

500300300250250

Extruded polystyrene 5 33

TECHNOPLEX KLIN is the Russian only wedge-shaped slabs set that makes it possible to create slopes and small-angle sloping on flat roofs, increase slopes through re-construc-tion of the existing roof, create small-angle sloping in the neck gutter running to the wa-ter intake holes, near duct shafts and roof lights, through arrangement of an extra slope so as to lead the water away from the barrier wall. TECHNOPLEX KLIN solves the problem of stagnant zones with optimal slopes on the roof. Stagnant zones cause top soil to appear on the roof. And, secondly, multiple and peri-odic freezing-melting of downfall in stagnant zones accelerates early malfunction of the en-tire roof structure.

TECHNOPLEX KLIN

Applications:1. Create roof slopes, increase the slope’s an-gle or change the water drainage route;2. Create small-angle slopes in gutters running to the leader heads;3. Create slopes (back gutters) next to the duct shafts and roof lights;4. Create extra slopes so as to take water away from barrier walls (counter slope).

Figure 1

Figure 2

Water intake hole

Extra slopeof barrier wall

Back gutter

Small-angleslope in gutter

Crossover calf

Slope

Extruded polystyrene534

TECHNOPLEX KLIN is:

A set of slabs A and B with 1,7% slope. It is used to create the main roof slope from the gutter to the ridge.

A set of J and K slabs with 3,4% slope. It is mostly used to create small-angle slopes between the water intake holes and to take away water from the barrier wall, roof lights and roof vent ducts.


Min. compressibility at 10% deformation, kPa

Density, kg/m3

Operational temperature range

J and K slabs with 3,4% slope

Flammability degree

250

0,2

0,029

от -50 до+75

0,30

A and B slabs with 1,7% slope

Г1

Thermal conductivity at 25°C+/- °C, W(m*K)

Min. bending value, MPa

Max. water absorption, %

30,1 -38,0

250

0,2

0,029

от -50 до+75

0,30

Г1

30,1 -38,0

BITUMEN AND BITUMENPOLYMER MATERIALS



Bitumen and bitumen polymer materials636

THE PREMUIM CLASS MATERIALS

TU 5774-003-00287852-99Roll roofing and waterproofing, welded-on bitumen-polymer material.

Application area:Designed for construction of roof cladding of buildings and structures and for waterproofing of structures.

Composition:Technoelast is produced by two-sided placement of bituminous poly-meric bonding material, consisting of bitumen, butadiene-styrene ther-moplastic elastomer and filler, on a fiberglass or polyester base. Coarse- and fine-grained coating compounds and polymer films are used as the protective layer.

Grades:Depending on the type of coating compound and the application area, Technoelast is produced in two grades:• technoelast K with coarse-grained coating compound on the face and a polymer film or fine-grained coating compound on the welded-on part of the material; it is used for installation of the top layer of roof clad-ding;• technoelast P with fine-grained coating compound or a polymer film or a composition thereof on both sides of the material; it is used for in-stallation of the bottom layer of roof cladding and for waterproofing of structures (basements, tunnels, etc).Technoelast is a bioresistant material.

Performance of work:According to the “Manual for Design and Installation of Roofing of Bi-tumen-Polymer Materials Manufactured by the TechnoNICOL Corpora-tion”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast

Bitumen and bitumen polymer materials 6 37

TU 5763-005-72746455-2007Roll soundproof interlaying material.

Features:Technoelast ACOUSTIC:• impact noise insulation.

Technoelast ACOUSTIC SUPER:• impact noise insulation• waterproofing.

Application area:Designed for installation of soundproof interlayer in floating floors or in other structures for the purpose of reducing the level of impact noise ac-cording to construction standards and regulations SNiP 23-03, and also for waterproofing thereof.

Composition:Technoelast ACOUSTIC is produced by two-sided placement of bitumi-nous polymeric bonding material on a fiberglass base with the subse-quent placement of a layer of soundproof geotextile on one side of the canvas, or by two-sided placement of bituminous polymeric bonding material on a soundproof fiberglass mat; for protection from agglutina-tion, polymer film is placed on the bituminous polymeric bonding mate-rial. Butadiene-styrene thermoplastic elastomer or modifications thereof are used for bitumen modification.

Grades:Depending on the structure of the canvas and the application area, Tech-noelast ACOUSTIC is produced in two grades:Technoelast ACOUSTIC SUPER: on a fiberglass base, on both sides of which bituminous polymeric bonding material is placed, with a layer of sound-proof geotextile on one side of the canvas, and polymeric pro-tective film on the other side of the canvas; it is used for installation of sound-proof interlayer and waterproofing of floating floors or other structures where impact noise insulation is required;Technoelast ACOUSTIC: on a soundproof fiberglass base, on one side of which bituminous polymeric bonding material is placed, protected by a polymeric protective film; it is used for installation of soundproof inter-layer in floating floors or other structures where impact noise insulation is required.

Performance of work:According to the “Manual for Application of Technoelast ACOUSTIC and Technoelast ACOUSTIC SUPER Soundproof Materials”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast ACOUSTIC &Technoelast ACOUSTIC-SUPER


TU 5774-004-72746455-2007Roll waterproofing, self-adhesive, bitumen-polymer material.

Features:• fireless placement: used where open fire is forbidden, placement on a combustible base is possible;• placement without any additional equipment;• placement in an enclosed or confined space.

Application area:Designed for installation of waterproof and vapor-proof barriers of structures.

Composition:Technoelast BARRIER is produced by two-sided placement of bitumen-polymer adhesive bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer and fabrication aids, on a polyester base. The material is protected with a thick polymer film on the top and is covered with siliconized anti-adhesive film on the bottom.

Performance of work:According to the “Manual for Design and Installation of Roofing Con-sisting of Bitumen-Polymer Material Manufactured by TechnoNICOL Roofing Company”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast BARRIER

TU 5774-041-17925162-2006Roll water- and gas-proof, welded-on bitumen-polymer material.

Features:Protection from Radon radioactive gas.

Application area:Designed for water- and gas-proofing of underground parts of build-ings and structures.

Composition:Technoelast ALFA is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, polymeric modifier and filler, on a polyester base coupled with metal foil, with subsequent placement of protective layers on both sides of the material. Butadiene-styrene thermoplastic elastomer or modifications thereof are used for bitumen modification. Polymer film is used as the protective layer.

Performance of work:According to the “Manual for Design and Installation of Waterproofing and Gas-Proofing of Underground Parts of Buildings and Structures Us-ing Technoelast ALFA Material”, it may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast ALFA


TU 5774-003-00287852-99Roll roofing, welded-on bitumen-polymer material.

Features:May be used on roofs with high facade value owing to its cross-linked polyether base.Wide color range of the top basalt dressing compound:

Technoelast DECOR

blue mix brown mix green mix red mix

Application area:Designed for construction of the top layer of a multi-layer roof clad-ding.

Composition:Technoelast DECOR is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, polymer modifier (SBS) and filler, on the base (cross-linked polyester), with subsequent placement of protective layers on both sides of the material: coarse-grained basalt coating compound on the top and polymer film on the bottom.

Performance of work:According to the “Manual for Design and Installation of Roofing of Bi-tumen-Polymer Materials Manufactured by the TechnoNICOL Roofing Company”, may be used in all climate zones as per construction stan-dards and regulations SNiP 23-01.



Features:• mechanically attached to the base;• possibility of installing “breathing” roofing;• does not require priming of the base surface.

Application area:Technoelast FIX is designed for installation of bottom layers of roof cladding of buildings and structures.

Composition:Technoelast FIX is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer and filler, on a cross-linked polyester base. Coarse-grained sand on the bottom and a polymer film on the top are used as the protective layers.

Performance of work:According to the “Manual for Design and Installation of Roofing with Mechanical Fixation of Roof Cladding with the Use of Technoelast FIX and Technoelast SOLO Materials”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast FIX



Features:The material has enhanced fire hazard properties according to construc-tion standards and regulations SNiP 21.01:• flame spread group RP1 (non-flame spreading);• flammability group V2 (medium flammable).


Composition:Technoelast FLAME-STOP is produced by two-sided placement of bitu-minous polymeric bonding material, consisting of bitumen, polymeric modifier, fire-retardants, and filler, on a fiberglass (mat, cloth) or poly-ester base, with subsequent placement of protective layers on both sides of the material. Coarse-grained (slate) and fine-grained (sand) coating compounds and polymer film are used as the protective layers.

Grades:Depending on the type of protective covers and the application area, Technoelast FLAME-STOP is produced in the following grades:Technoelast FLAME-STOP K with coarse-grained coating compound on the face and a polymer film or fine-grained coating compound on the bottom of the material; it is used for installation of the top layer of roof cladding.

Performance of work:According to the “Manual for Design and Installation of Bitumen-Poly-mer Roofing Manufactured by the TechnoNICOL Corporation”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast FLAME STOP


TU 5774-012-17925162-2004Roll waterproofing, root-proof, welded-on bitumen-polymer material.

Features:• resistance against damage by plant roots;• chemical and mechanical protection from root sprouting.

Application area:Designed for waterproofing of structures, including all types of green roofs where contact of the waterproof layer with root systems of plants is possible.

Composition:Technoelast GREEN is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer or modifications thereof, filler and root-proof admixtures, on a polyester base, with subsequent placement of protec-tive layers on both sides of the material. As the protective layers, coarse- and fine-grained (sand) coating compounds and polymer films are used.

Grades:Depending on the type of protective covers and the application area, Technoelast GREEN is produced in the following grades:• Technoelast GREEN K with coarse-grained coating compound on the face and a polymer film on the bottom part of the material; it is used for installation of the top layer of roof cladding;• Technoelast GREEN P with polymer film on both sides of the material; it is used for waterproofing of structures.

Performance of work:According to the “Manual for Design and Installation of Green Roofs Using Technoelast GREEN Material with Reinforced Protection from Penetration of Plant Root Systems”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast GREEN



Features:• fireless placement on mastic;• composition of seamless and roll-fed roofs.

Application area:Technoelast PRIME is designed for construction of roof cladding of buildings and structures and for waterproofing of structures. Used for installation of two-layer roof claddings with mastic adhesion. This tech-nology combines the advantages of Roofing of roll materials (with high mechanical properties) and seamless solid mastic roofs.

Composition:Technoelast PRIME is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer and filler, on a polyester base. Coarse- or fine-grained coating compounds are used as the protective layer.

Grades:Depending on the type of coating compound and the application area, Technoelast PRIME is produced in two grades:• Technoelast PRIME EKM with coarse-grained coating compound on the face and fine-grained coating compound on the bottom of the ma-terial; it is used for installation of the top layer of roof cladding• Technoelast PRIME EMM with fine-grained coating compound on both sides of the material; it is used for installation of the bottom layer of roof cladding.

Performance of work:According to the “Manual for Design and Installation of Roofing of Technoelast PRIME and Technoelast SОLO Materials Manufactured by the TechnoNICOL Roofing Company and Laid on Cold Mastic”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast PRIME


Technoelast STU 5774-005-17925162-2002Roll roofing and waterproofing, self-adhesive bitumen-polymer mate-rial.

Features:• fireless placement: possible application in places, where open fire is forbidden, placement on a flammable base is allowed;• placement without any additional equipment;• placement in enclosed or confined space.


Composition:Technoelast S is produced by two-sided placement of bituminous poly-meric bonding material, consisting of bitumen, butadiene-styrene ther-moplastic elastomer or modifications thereof and filler, on a fiberglass or polyester base, with subsequent placement of an adhesive layer on the bottom part of the material. Coarse- or fine-grained coating com-pounds, anti-adhesive polymer film or paper are used as the protective layer.

Grades:Depending on the type of protective layer and the application area, Technoelast S is produced in two grades:• Technoelast S EKS with coarse-grained coating compound on the face and anti-adhesive polymer film or paper on the bottom of the material; it is used for installation of single-layer roofing;• Technoelast S EMS with fine-grained coating compound or anti-ad-hesive polymer film or paper on the face and anti-adhesive polymer film or paper on the bottom of the material; it is used for installation of the bottom layer of double-layer roof cladding, including installation on combustible base.

Performance of work:According to the “Manual for Design and Installation of Roofing Con-sisting of Technoelast S Self-Adhesive Material Manufactured by the TechnoNICOL Company”, may be used in all climate zones as per con-struction standards and regulations SNiP 23-01.



Features:• single-layer roofing;• fireless placement is possible;• placement on mastic;• mechanical fixing;• traditional placement by welding-on.

Application area:Technoelast SOLO is designed for installation of single-layer roof clad-ding of buildings and structures and for waterproofing of structures.

Composition:Technoelast SOLO is produced by two-sided placement of bituminous bonding material, consisting of bitumen, butadiene-styrene thermoplas-tic elastomer and filler, on a cross-linked polyester base. Coarse-grained (grey slate) coating compound on the top and fine-grained sand on the bottom are used as the protective layers.

Grades:The material is produced in two grades:• Technoelast SOLO for mechanical fixing with coarse-grained coating compound on the face and fine-grained sand on the bottom of the ma-terial. A longitudinal overlapping edge 100-120 mm in width is covered with a polymer film. It is used for installation of single-layer roof clad-ding using mechanical fixing and welding-on;• Technoelast SOLO for placement on mastic with coarse-grained coat-ing compound on the face and fine-grained sand on the bottom of the material. A longitudinal overlapping edge 100-120 mm in width is cov-ered with siliconized anti-adhesive film. It is used for installation of sin-gle-layer roof cladding using placement on mastic.

Performance of work:According to the “Manual for Design and Installation of Roofing with Mechanical Fixation of Roof Cladding with the Use of Technoelast FIX and Technoelast SOLO Materials”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast SOLO




Composition:Technoelast THERMO is produced by two-sided placement of bitumi-nous polymeric bonding material, consisting of bitumen, polymer modi-fier and filler, on a fiberglass (mat, cloth) or polyester base, with sub-sequent placement of protective layers on both sides of the material. Atactic and isotactic polypropylenes or similar polyolefins are used for bitumen modification. Coarse-grained (slate, asbestos chips) coating compound and polymer film are used as the protective layers.

Grades:Depending on the type of coating compounds and the application area, Technoelast THERMO is produced in the following grades:• Technoelast THERMO K with coarse-grained coating compound on the face and a polymer film on the welded-on part of the material; it is used for installation of the top layer of roof cladding;• Technoelast THERMO P with fine-grained coating compound on both sides of the material; it is used for installation of the bottom layer of roof cladding and for waterproofing of structures.


Technoelast THERMO



Features:• flexibility on a R=10.0±0.2 mm beam at minus 35°C;• heat endurance 140°C;• basalt coating compound (blue mix) on the top;• may be used on roofing with a large slope.


Composition:Technoelast TITAN is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, polymer modifier and filler, on polyester nonwoven fabric, with subsequent placement of protective layers on both sides of the material. Atactic and isotactic poly-propylenes are used for bitumen modification. Coarse- and fine-grained (sand) coating compounds and polymer films are used as the protective layers.

Grades:Depending on the base structure, type of coating compound and the ap-plication area, Technoelast TITAN is produced in the following grades:• Technoelast TITAN TOP on a single-layer base with coarse-grained coating compound on the face and a polymer film on the bottom of the material; it is used for installation of the top layer of a multi-layer roof cladding;• Technoelast TITAN BASE on a single-layer base with polymer films on the top and bottom sides of the material; it is used for installation of the bottom layers of multi-layer roof cladding and for waterproofing of structures;• Technoelast TITAN SOLO with coarse-grained coating compound on the face and a polymer film or fine-grained coating compound on the bottom of the material; it is used for installation of a single-layer roof cladding and for waterproofing of structures.


Technoelast TITAN



Features:• material for “breathing” roofing, with strip adhesion to the base;• possibility of installation of a single-layer roof cladding;• solves the problem of blubs on roofing;• increases labor productivity.


Composition:Technoelast VENT is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer and filler, on a polyester base. Coarse-grained (slate) coating compound on the top and a ventilated surface on the bottom are used as the protective layer. The ventilated surface has strips of bituminous polymeric bonding material, the space between which is filled with fine-grained sand, and the whole surface is covered with a polymer film.

Performance of work:According to the “Manual for Design and Installation of “Breathing” Roofing Consisting of Technoelast VENT and Uniflex VENT Welded-on Roll Materials”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Technoelast VENT


TU 5774-004-17925162-2003Roll waterproofing, welded-on bitumen-polymer material.

Features:• TECHNOELASTMOST S grade withstands the temperature of cast as-phalt when the latter is being placed (up to 220°C);• Fixed material width;• TECHNOELASTMOST S grade withstands impact puncture testing up to 250N

Application area:Designed for waterproofing of reinforced concrete slabs of traffic ways of bridge superstructures, installation of a protective and coupling layer on steel orthotropic slabs of bridge superstructures, and also for water-proofing of other structures.

Composition:TECHNOELASTMOST is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, polymer modifier and filler, on a polyester base, with subsequent placement of protective layers on both sides of the material. Butadiene-styrene thermoplastic elastomer, isotactic polypropylene and polyolefins are used for bitumen modification. Fine-grained coating compound and (or) polymer films are used as the protective layers.

Grades:Depending on the application area, TECHNOELASTMOST is produced in two grades:• TECHNOELASTMOST B for waterproofing of reinforced concrete slabs of traffic ways of bridge superstructures and waterproofing of other structures;• TECHNOELASTMOST S for installation of a protective and coupling layer on steel orthotropic slabs of bridge superstructures, and also for waterproofing of bridge superstructures with reinforced concrete slabs as the traffic way base, on which asphalt concrete pavement, including cast mixtures with a temperature of up to 220 °С, is laid directly on the waterproofing layer.

Performance of work:According to the “Recommendations for Waterproofing of Bridgeworks with TECHNOELASTMOST Roll Welded-on Materials”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

TECHNOELASTMOST


THE BUSINESS CLASSMATERIALS

TU 5774-003-17925162-2000Roll roofing and waterproofing, welded-on material.


Composition:Ecoflex is produced by two-sided placement of bituminous bonding ma-terial, consisting of bitumen, filler and fabrication aids, on a fiberglass (mat, cloth) or polyester base, with subsequent placement of protec-tive layers on both sides of the material. Coarse-grained (slate, asbestos chips) or fine-grained (sand) coating compounds and polymer film are used as the protective layer.

Grades:Depending on the type of coating compound and the application area, Ecoflex is produced in two grades:• Ecoflex K with coarse-grained coating compound on the face and a polymer film on the welded-on part of the material; it is used for instal-lation of the top layer of roof cladding;• Ecoflex P with polymer film on both sides of the material; it is used for installation of the bottom layers of roof cladding and for waterproofing of structures.

Performance of work:According to the “Manual for Design and Installation of Bituminous Roofing Manufactured by the TechnoNICOL Roofing Company”, may be used in all climate zones as per construction standards and regula-tions SNiP 23-01.

Ecoflex



Application area:Designed for installation of roof cladding of buildings and structures and for waterproofing of structures.

Composition:Uniflex is produced by two-sided placement of bituminous polymeric bonding material, consisting of bitumen, butadiene-styrene thermo-plastic elastomer and filler, on a fiberglass or polyester base. Coarse- and fine-grained coating compounds, foil and polymer film are used as the protective layer.

Grades:Depending on the type of coating compound and the application area, Uniflex is produced in two grades:• Uniflex K with coarse-grained coating compound or foil on the face and a polymer film on the welded-on part of the material; it is used for installation of the top layer of roof cladding;• Uniflex P with a polymer film or fine-grained coating compound on both sides of the material; it is used for installation of the bottom layers of roof cladding and for waterproofing of structures.


Uniflex


TU 5774-001-17925162-99 Roll roofing and waterproofing, welded-on bitumen-polymer material.

Features:• material for “breathing” roofing, with strip-based adhesion to the base;• resolves the issue of blubs on roofing;• increases labor productivity.


Composition:Uniflex VENT is produced by two-sided placement of bituminous poly-meric bonding material, consisting of bitumen, butadiene-styrene thermoplastic elastomer and filler, on a polyester base. Coarse-grained (slate) and fine-grained (sand) coating compounds on the top and a ventilated surface on the bottom are used as the protective layer. The ventilated surface has strips of bituminous polymeric bonding material, the space between which is filled with fine-grained sand, and the whole surface is covered with a thin polymer film.

Grades:Depending on the type of coating compound and the application area, Uniflex VENT is produced in two grades:• Uniflex VENT EKV with coarse-grained coating compound on the face and a ventilated covering on the welded-on part of the material; it is used for repairing roofing without removal of the old roof cladding;• Uniflex VENT EPV (TPV) with a polymer film on the face and a ventilat-ed covering on the welded-on part of the material; it is used for installa-tion of the bottom layers of double-layer roof cladding and for repairing roofs without removal of the old roof cladding.

Performance of work:According to the “Manual for Design and Installation of “Breathing” Roofing Consisting of Technoelast VENT and Uniflex VENT Welded-on Roll Materials”, may be used in all climate zones as per construction stan-dards and regulations SNiP 23-01.

Uniflex VENT


THE STANDARD & ECONOMIC CLASS



Composition:Bicroelast is produced by two-sided placement of bituminous bonding material, consisting of bitumen, filler and fabrication aids, on a fiber-glass (mat, cloth) or polyester base, with subsequent placement of pro-tective layers on both sides of the material. Coarse-grained (slate, asbes-tos chips) and fine-grained (sand) coating compounds and polymer film are used as the protective layers.

Grades:Depending on the type of protective covers and the application area, Bi-croelast is produced in the following grades:• Bicroelast K, Bicroelast Tropic K with coarse-grained coating compound on the face and a polymer film on the welded-on part of the material; it is used for installation of the top layer of roof cladding;• Bicroelast P, Bicroelast Tropic P with fine-grained coating compound or a polymer film on the face and a polymer film on the bottom of the material or fine-grained coating compound on both sides of the mate-rial; it is used for installation of the bottom layers of roof cladding and for waterproofing of structures.

Performance of work:According to the “Manual for Design and Installation of Roofing Consist-ing of Bituminous Materials Manufactured by the TechnoNICOL Corpo-ration”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Bicroelast




Composition:Bicrost is produced by two-sided placement of bituminous bonding ma-terial, consisting of bitumen and filler, on a fiberglass (mat, perforated mat, reinforced cloth) or polyester base, with subsequent placement of protective layers on both sides of the material. Coarse-grained (slate, as-bestos chips) and fine-grained (sand) coating compounds and polymer film are used as the protective layers.

Grades:Depending on the type of protective covers and the application area, Bi-crost is produced in two grades:• Bicrost K with coarse-grained coating compound on the face and a polymer film on the bottom of the material; it is used for installation of the top layer of roof cladding;• Bicrost P with fine-grained coating compound or a polymer film on the face and a polymer film on the bottom of the material or fine-grained coating compound on both sides of the material; it is used for instal-lation of the bottom layers of roof cladding and for waterproofing of structures.

Performance of work:According to the “Manual for Design and Installation of Bituminous Roofing Consisting of Bituminous Materials Manufactured by the Tech-noNICOL Roofing Company”, may be used in all climate zones as per construction standards and regulations SNiP 23-01.

Bicrost




Composition:Bipole is produced by two-sided placement of bituminous bonding ma-terial, consisting of bitumen, filler and fabrication aids, on a fiberglass (mat, cloth) or polyester base, with subsequent placement of protec-tive layers on both sides of the material. Coarse-grained (slate, asbestos chips) and fine-grained (sand) coating compounds and polymer film are used as the protective layers.

Grades:Depending on the type of protective covers and the application area, Bipole is produced in the following grades:• Bipole K, Bipole Tropic K with coarse-grained coating compound on the face and a polymer film on the welded-on part of the material; it is used for installation of the top layer of roof cladding;• Bipole P, Bipole Tropic P with fine-grained coating compound or a polymer film on the face and a polymer film on the bottom of the ma-terial or fine-grained coating compound on both sides of the material; it is used for installation of the bottom layers of roof cladding and for waterproofing of structures.


Bipole



Composition:Linocrome is produced by two-sided placement of bituminous bonding material, consisting of bitumen and filler, on a fiberglass (mat, cloth) or polyester base, with subsequent placement of protective layers on both sides of the material. Coarse-grained (slate, asbestos chips) and fine-grained (sand) coating compounds and polymer film are used as the protective layers

Grades:Depending on the type of protective covers and the application area, Linocrome is produced in two grades:• Linocrome K with coarse-grained coating compound on the face and a polymer film on the welded-on part of the material; it is used for instal-lation of the top layer of roof cladding;• Linocrome P with fine-grained coating compound or a polymer film on the face and a polymer film on the bottom of the material or fine-grained coating compound on both sides of the material; it is used for installation of the bottom layers of roof cladding and for waterproofing of structures.


Linocrome



THE PREMUIM CLASS MATERIALSPhysical-mechanical characteristics

4,6

Technoelast P

film

100

-

-

-

-

-

absolute

minus 25

minus 35

1

294/-

600/400

4,0

-

minus 25

10х1

-

-

-

-

-

2

800/900

film

-

5

Technoelast K

slate

-

-

-

-

-

100

-

minus 25

minus 35

1

294/-

600/400

4,2

absolute

minus 25

-

-

-

-

-

10х1

1

2

800/900

film

-

1,45

TechnoelastACOUSTIC

film

-

-

-

21

0,2

-

-

-

-

-

170

-

2,5

-

-

-

-

-

15х1

-

-

-

-

-

-

3,3

TechnoelastACOUSTIC

SUPER

film

-

-

-

26

0,25

85

absolute

-

minus 25

2

300

-

4,8

-

-

-

-

-

10х1

minus 15

-

-

-

-

-

4,6

TechnoelastALFA

film

-

-

-

-

-

100

absolute

minus 20

minus 30

1

-

600/400

4,0

-

-

-

-

-

10х1

minus 20

-

2

-

film

-

2,2

TechnoelastBARRIER

polymer film

-

0,5(0,5)

0.2(2.0)

-

-

85

absolute

minus 25

minus 35

1

-

343

2,2

-

-

150

2(2)

0.2(2.0)

20х1

minus 25

-

-

-

antiadhesiverelease

Mass of 1 sq. m, kg, not less than

Thickness*, mm

polyester

glass-fibre mat

Water absorption during 24 h, mass %, not to exceed

Brittle point of the bonding material, °C, not to exceed

Bend point on a R=10 mm beam, °C, not to exceed

on the top

Heat endurance, °C, not less than

to concrete

Tear resistance of the adhesive joint, kNper m (kgf per cm), not less than

Static puncture resistance, H, during 24 hours, not less than

Resistance to tear by nail shank, H, not less than

Noise reduction index, rLn, dB, not less than

Dynamic modulus of elasticity at the load of2 kPa, MPa, not to exceed

Water resistance at water pressure of not less than 0,2 MPa during 2 h

Longitudinal / transverse breaking load, H, not less than

glass-cloth

Mass of the bonding material on the weldedonside, kg per sq. m, not less than

Roofing sand loss, g per sample, not to exceed



Length / width, m

to metal

Shear strength of the adhesive joint, kN perm (kgf per cm), not less than

Static pressing-through resistance, H,during 24 hours, not less than

Water resistance at water pressure of notless than 0,2 MPa during 42 h

Protective covering type

on the bottom

Adhesion strength, MPa (kgf per sq. cm),not less than

-

5

TechnoelastDECOR

colored basalt

-

-

-

-

-

100

-

minus 25

minus 35

1

-

600/400

4,2

absolute

-

-

-

-

10х1

minus 25

1

2

-

film


THE PREMUIM CLASS MATERIALSPhysical-mechanical characteristics

-

5

TechnoelastGREEN P

film

-

-

-

-

-

100

absolute

minus 25

minus 35

1

-

600/400

3,8

-

-

-

-

-

10х1

minus 25

-

2

-

film

-

5

TechnoelastGREEN K

slate

-

-

-

-

-

100

-

minus 25

minus 35

1

-

600/400

4,2

absolute

-

-

-

-

10х1

minus 25

1

2

-

film

-

5

Technoelast FLAME STOP K

slate

-

-

-

-

-

100

-

minus 25

minus 35

1

294/-

600/400

4,2

absolute

-

-

-

-

10х1

minus 25

1

2

800/900

film

-

3,0

TechnoelastPRIME EMM

sand

-

-

-

-

-

100

absolute

minus 25

minus 35

1

-

600/600

3,0

-

-

-

-

-

10х1

minus 25

-

-

-

sand

-

4

TechnoelastPRIME EKM

slate

-

-

-

-

-

100

-

minus 25

minus 35

1

-

600/600

4,0

absolute

-

-

-

-

10х1

minus 25

1

-

-

sand

-

5

Technoelast SEKS

slate

-

0,5(0,5)

0.2(2.0)

-

-

100

-

minus 25

minus 35

1

-

600/400

4,2

absolute

-

-

2(2)

0.2(2.0)

10х1

minus 25

1

-

-

film


Thickness*, mm

polyester

glass-fibre mat




on the top


to concrete

Tear resistance of the adhesive joint, kNper m (kgf per cm), not less than

Static puncture resistance, H, during 24 hours, not less than

Resistance to tear by nail shank, H, not less than

Noise reduction index, rLn, dB, not less than

Dynamic modulus of elasticity at the load of2 kPa, MPa, not to exceed



glass-cloth

Mass of the bonding material on the weldedonside, kg per sq. m, not less than




Length / width, m

to metal

Shear strength of the adhesive joint, kN perm (kgf per cm), not less than

Static pressing-through resistance, H,during 24 hours, not less than

Water resistance at water pressure of notless than 0,2 MPa during 42 h


on the bottom

Adhesion strength, MPa (kgf per sq. cm),not less than

260

4

TechnoelastFIX

film

-

-

-

-

-

-

-

-

-

10х1

100

absolute

-

minus 25

minus 25

minus 35

-

1

-

-

-

600/600

3

hardgrainedsand


-

6

TechnoelastVENT

slate

-

-

-

-

-

100

-

minus 25

minus 35

1

-

1000/-

-

absolute

-

-

-

-

8х1

minus 25

1

2

-

ventilatedsurface

-

6

TECHNO-ELASTMOST B

sand

-

-

-

-

-

100

-

minus 25

minus 35

1

-

600/600

5,0

-

absolute

-

-

-

8х1

minus 25

-

2

-

film

-

5,8

TECHNO-ELASTMOST S

sand

250

-

-

-

-

140

-

minus 25

minus 35

1

-

1000/900

5,2

-

absolute

-

-

-

8х1

minus 25

-

2,5

-

film

-

3,4

Technoelast SEMS

sand

-

0,5(0,5)

0.2(2.0)

-

-

100

absolute

minus 25

minus 35

1

-

500/300

3,2

-

-

-

2(2)

0.2(2.0)

10х1

minus 25

-

-

-

film

-

6

Technoelast SOLO

slate

-

-

-

-

-

1000

-

minus 25

minus 35

1

-

1000/-

5,0

absolute

-

-

-

-

8х1

minus 25

1

2

-

sand

-

4,6

TechnoelastTHERMO P

film

-

-

-

-

-

-

-

-

-

10х1

130

absolute

-

minus 15

minus 15

minus 25

-

1

2

294/-

800/900

600/400

4,0

film

-

5

Technoelast THERMO K

slate

-

-

-

-

-

-

-

-

-

10х1

130

-

absolute

minus 15

minus 15

minus 25

1

1

2

294/-

800/900

600/400

4,2

film

-

4,5

TechnoelastTITAN BASE

film

-

-

-

-

-

-

-

-

-

10х1

140

absolute

-

minus 35

minus 35

minus 40

-

1

2

-

-

600/400

4

film

-

5,5

TechnoelastTITAN TOP

basalt

-

-

-

-

-

-

-

-

-

10х1

140

-

absolute

minus 35

minus 35

minus 40

1

1

2

-

-

600/400

4,5

film

-

5,8

TechnoelastTITAN SOLO

basalt

-

-

-

-

-

-

-

-

-

8х1

140

-

absolute

minus 35

minus 35

minus 40

1

1

2

-

-

1000

5

film


THE BUSINESS CLASS MATERIALS



Thickness*, mm

glass-cloth

Mass of the bonding material on the welded-on side, kg per sq. m, not less than




on the top


Length / width, m




glass-fibre mat

polyester



on the bottom

4,7

Uniflex K

granulatedmaterial,

slate

10х1

95

-

absolute

minus 20

minus 30

1

1

2

294

800/900

500/350

3,8

film

3,2

UniflexVENT TPV

film

10х1

95

absolute

-

minus 20

minus 30

-

1

2

-

800/900

-

-

ventilatedcover

4

UniflexVENT EPV

film

10х1

95

absolute

-

minus 20

minus 30

-

1

2

500/350

-

-

-

ventilatedcover

5,5

UniflexVENT EKV

granulatedmaterial,

slate

10х1

95

-

absolute

minus 20

minus 30

1

1

2

600/400

-

-

-

ventilatedcover

3,5

Ecoflex P

film

10х1

130

absolute

-

minus 10

minus 15

-

1

1,5

294

800/900

500/350

2,8

film

4,6

Ecoflex K

granulatedmaterial,

slate

10х1

130

-

absolute

minus 10

minus 15

1

1

1,5

294

800/900

500/350

3,8

film

3,6

Uniflex P

film

10х1

95

absolute

-

minus 20

minus 30

-

1

2

294

800/900

500/350

2,8

film


THE STANDARD & ECONOMIC CLASS MATERIALSPhysical-mechanical characteristics


Thickness*, mm

glass-cloth





on the top


Length / width, m




glass-fibre mat

polyester



on the bottom

4,0

Bipole K

granulatedmaterial,

slate

10х1

85

-

absolute

minus 15

minus 25

1

1

1,5

294

800

360

-

film

3,0

BicroelastP

film

15х1

85

absolute

-

minus 10

minus 25

-

1

1,5

294

800

360

-

film

4,0

BicroelastK

granulatedmaterial,

slate

10х1

85

-

absolute

minus 10

minus 25

1

1

1,5

294

800

360

-

film

3,0

BicroelastTropic P

film

15х1

100

absolute

-

0

minus 15

-

1

1,5

294

800

360

-

film

4,0

BicroelastTropic K

granulatedmaterial,

slate

10х1

100

-

absolute

0

minus 15

1

1

1,5

294

800

360

-

film

3,0

Bicrost P

film

15х1

80

absolute

-

0

minus 15

-

1

1,5

294

1000

343

-

film

4,0

Bicrost K

granulatedmaterial,

slate

10х1

80

-

absolute

0

minus 15

1

1

1,5

294

1000

343

-

film


THE STANDARD & ECONOMIC CLASS MATERIALSPhysical-mechanical characteristics


Thickness*, mm

glass-cloth





on the top


Length / width, m




glass-fibre mat

polyester



on the bottom

3,0

Bipole P

film

15х1

85

absolute

-

minus 15

minus 25

-

1

1,5

294

800

360

-

film

3,0

BipoleTropic P

film

15х1

120

absolute

-

minus 5

minus 15

-

1

1,5

294

800

360

-

film

4,0

BipoleTropic K

granulatedmaterial,

slate

10х1

120

-

absolute

minus 5

minus 15

1

1

1,5

294

800

360

-

film

3,6

LinocromeP

film

15х1

80

absolute

-

0

minus 15

-

1

1,5

294

800

360

2,7

film

4,6

LinocromeK

granulatedmaterial,

slate

10х1

80

-

absolute

0

minus 15

1

1

1,5

294

800

360

3,7

film

3,6

Linocrome Tropic P

film

10х1

120

absolute

-

minus 5

minus 15

-

1

1,5

294

800

400

2,7

film

4,6

Linocrome Tropic K

granulatedmaterial,

slate

10х1

120

-

absolute

minus 5

minus 15

1

1

1,5

294

800

400

3,7

film

TECHNONICOL MASTICS, SEALANTS AND PRIMERS



Mastics, sealants, primers764

TECHNONICOL No.01 BITUMEN PRIMER

Priming is necessary for high-quality bonding of waterproofing materi-als to porous, rough and dusty surfaces. TECHNONICOL No.01 bitumen primer prepares (primes) surfaces to be insulated (concrete slabs, cement-and-sand screed) before you lay bonded/self-adhesive roofing and waterproofing materials.

The primer is a solution of high-quality oil bitumens with minimal melt-ing temperature of 80°C in specially selected dissolvents. The primer has high wetting capacity, penetrability and short drying time.

Application:Two classes of material are available:

• Ready-to-use primer applies on the basis immediately, which gives extra convenience and accelerates works.• Concentrated primer needs to be diluted before use, with any organ-ic diluters (petrol, white spirit, kerosene) in volume ratio of 1:1.5 – 1.2. It gives essential savings in use, shipment and storage.

We recommend applying TechnoNICOL bitumen primer onto the work-ing surface with capron brushes or paintbrushes. In this case the primer is smeared into the surface, saturates and strengthens it, which provides for the strong adhesion of the waterproofing with the base.

The coverage ratio of the diluted concentrate or ready-to-use primer is 250-350 ml/m2.



Weight fraction of non-volatile substances (%) 35-40

10-30

Max. drying time at 20°C (hours)

+80

60-70

10-30

+80

Bitumen primer Bitumen primer (concentrate)

Relative viscosity (stokes, between)

Min. melting temperature (°C)

12 12

Mastics, sealants, primers 7 65

TECHNONICOL No.03 BITUMEN POLYMER PRIMERTECHNONICOL No.03 bitumen polymer primer is a solution of bitumen, polymers and adhesive additives in organic dissolvents. The material dries quickly and protects metal surfaces efficiently from corrosion be-fore waterproofing material is put. After waterproofing material is put, it increases cohesion between the bonded material and the substrate.

Application:• Cover steel orthotropic slabs of bridge spans before bonding protec-tion layer is put;• Cover other insulated surfaces before roofing and waterproofing ma-terials are put.


Physical-mechanical characteristicsWeight fraction of non-volatile matter (%, range)

Max. drying time at 20°C (minutes)

25-30

10-30Relative viscosity (stokes, between)

5


TECHNONICOL No.04 BITUMEN-EMULSION PRIMER

It is used to prime cement-and-sand, concrete and other surfaces before you put bonded, self-adhesive roofing and waterproofing ma-terials.TECHNONICOL No.04 bitumen emulsion primer is bitumen dispersed in water. The coverage ratio of TECHNONICOL No.04 bitumen-emulsion primer is 250-350 ml/m2.The material is water-based, does not containdissolvents and is non-toxic.


Physical-mechanical characteristicsWeight fraction of non-volatile matter (%, range)

Max. drying time at 20°C (hours)

25-40

5-30Relative viscosity (stokes, between)

1

+75Min. melting temperature (°C)

Mastics, sealants, primers 7 67

TECHNONICOL No.21ROOFING MASTIC (TECHNOMAST)TECHNONICOL No.21 ROOF MASTIC is a ready-to-use material — oil bitumen modified by artificial rubber, mineral fillers and organic dissolvent. When it becomes dry, it forms a durable and flexible coating and considerably extends the service life of the protected sur-faces.

Application:• Arrange mastic roofs and repair all types of roofs;• Arrange waterproofing protection of struc-tures (foundations, basements, piles and oth-er items buried in soil or touching wet environ-ments);• Arrange waterproofing and anti-corrosion protection of metal surfaces including pipe-lines and car bodies.

Coatings based on TECHNONICOL No.21 roof mastic are highly adhesive to the base and can be used in the wide temperature range. TECHNONICOL No.21 roof mastic is applied onto the treated surface with a paint brush, putty knife or by pouring and leveling.


Physical-mechanical characteristicsMin. strength of bonding to base (MPa):

concrete

0,9 metal

Min. strength of bonding between layers (MPa):

0,6

0,3 roll material-roll material

0,4 roll material-concrete

4Min. adhesive bonding shear strength (kN/m)

1Min. nominal strength (MPa)

500Min. elongation at fracture (%)

0,4Min. water absorption within 24 hours (% by weight)

50Min. Weight fraction of non-volatile matter (%)

110Min. heat resistance (°C)

no fissuresFlexibility on a 5,0±0,2 mm bar at -50°C

satisfactoryWater impermeability within 24 hours at 0,1 MPa


TECHNONICOL No.31ROOF EMULSION MASTIC

TECHNONICOL No.31 roof emulsion mastic is a ready-to use material — oil bitumen water emulsion, modified by artificial rubber, tech-nological additives and fillers. Coatings based on this product are highly elastic, provide high strength of bonding to the base, heat and moisture resistance. The material is water-based, does not contain dissolvents and is non-toxic.

Application:• Arrange smearing waterproof insulation of surfaces in premises (bathrooms, swimming pool floors, balconies, basements);• Arrange mastic roofs and repair all types of roofs (in combination with glass fiber fabric, roll materials or without them);• Arrange roof protection layers;• Waterproof structures (foundations, base-ments, piles and other items buried in soil or contacting wet environments).

Coverage ratio

Mastic roofs:

Waterproofing:

3,8 – 5,7 kg/m2

2,5 – 3,5 kg/m2


Physical-mechanical characteristicsMin. strength of bonding to concrete (MPa)

Min. nominal strength (MPa)

700Min. elongation at fracture (%)

Min. water absorption within 24 hours (% by weight)

0,5

50-70Richness of mix with emulsifier (% by weight, range)

95Min. heat resistance (°C)

no fissures Flexibility on a 5,0±0,2 mm bar at -15°C

satisfactoryWater impermeability within 24 hours at 0,1 MPa

0,45

1

ACCESSORIESFOR FLAT ROOFINGS



Components and equipment870

ACCESSORIES FOR FLAT ROOFINGS

FastenersTechnoNICOL telescopic fastenersA telescopic fastener comprises a plastic element and a special anchor. The fastener fixes heat insulation elements, as well as roof membranes on the galvanized shaped sheet/wooden/solid-cast concrete and other bearing base. If the fasteners are used on profile metal decks, the self-tapping screws must have a tip bore. If the fasteners are fixed on con-crete, drive anchors should be used.

TechnoNICOL railsTechnoNICOL edge rails fix the edges of membrane roofing on the verti-cal surface. Not for use on bent surfaces. The strips are fixed on the base with self-tapping screws. The upper flanges should be filled with the edge sealant so as to ensure complete sealing and to prevent penetra-tion of moisture under the membrane. TechnoNICOL clamping rails fix the membrane along the roofing perimeter and around all outstanding structures. They are used on vertical surfaces where vertical and horizon-tal surfaces adjoin.

TechnoNICOL separating layerTo arrange a protective or a separating layer, glass fiber fabric and geo-textile are used. TechnoNICOL glass fiber fabric (min. 100 g/m2) is used as a separating layer between the PVC membrane and extruded polysty-rene; polyester fiber based layer (min. 70 g/m2) can also be used.

Welding equipmentThe complete offer of TechnoNICOL Corporation includes the entire range of the necessary welding equipment: Leister Triac Drive automatic welding equipment, Leister Triac portable welding machines and a set of heads.

Molded elements for PVC and TPO membranesMaterials prefabricated by molding of TPO or PVC pellets. These ele-ments do not have any reinforcement fibers or reinforcement mesh in-side, which makes it possible to change the shape of an element by heat-ing it and to make it fit the location where it is to be installed.

Water drainage systemsWater inlets are installed in lower locations. They are used to drain wa-ter from the roof. A special extension element ensures tight contact of vaporproofing and waterproofing layers. The heads may have bolted-on flanges or flanges made of the roofing material so as to be welded im-mediately to the membrane roofing. The intake holes may also be heat-ed. The underflow and overflow elements are used to drain water over the barrier wall. They can be made of PVC or TPP and are welded to the membrane roofing. The roof aerator removes steam from the roofing structure which reduces the moisture content in the insulant and other roofing layers.

Components and equipment 8 71

TechnoNICOL super-diffusion membraneThree-layer microporous membrane. The upper and the bottom layers are non-woven polypropylene fabrics. They form a rigid frame for the “working” interlayer. The interlayer is a polypropylene film. Due to its unique characteristics, it ensures the water steam diffusion and water resistance.

Optima TechnoNICOLsuper-diffusion membraneThree-layer microporous membrane with excellent quality-price ratio. This is a key material for heat-insulated roofs and stud walls of residen-tial cottages.

TechnoNICOL super-diffusion high-strength membraneThree-layer microporous membrane. Due to its durability, the mem-brane is an ideal solution for ventilated facades of high buildings and for pitched roofs. The membrane may serve as a temporary layer for protec-tion against sunlight, wind and precipitation for up to 4 months.

TechnoNICOL vapor insulation for flat roofsTechnoNICOL multilayer polyethylene flat roof vapor-proof film is used to protect roofs against steam from inside the premises. The product has excellent water- and vaporproofing characteristics, which minimizes penetration of water into the enclosures. It is laid on concrete decks or profile metal decks. The product is recommended for use in flat roofing systems.

TechnoNICOL butyl strip bondA strip bond is used for tight bonding of vapor-proof sheets, facade and under-roofing membranes, fixing of film edges on various bases and adjacent structures (pipes, fittings, antennas, etc.). Dimensions: 20x20x0.8mm. The strip bond is produced in Italy and complies with EU safety and environmental standards.

Components and equipment872


TechnoNICOL super-diffusion

membrane

Length, m

Width, m 1,5

50

Density, g/m2

Number of rolls on pallet

MD tensile strength, N/5 cm

CD tensile strength, N/5 cm

MD elongation, %

CD elongation, %

Vapor impermeability, gr/(m2/day)

Water resistance, m w.c.

Resistance to UV light, months

170

160

60

22

3

1100

60

TechnoNICOL optima super-diffu-

sion membrane

1,5

50

230

180

70

22

4

1000

60

TechnoNICOL high-strength super-diffusion

membrane

1,5

50

290

230

60

22

4

1000

60

TechnoNICOL vapor insulation for flat

roofings

3

30

160

170

919

21

1

1,11

720

85 110 150 120

56 42 30 150

At customer’s request, the membranes can be supplied on pallets. The shipment is made for free if the vehicle is fully loaded with these or other materials from TechnoNICOL Corporation. Complex shipments of heat insulations and water-proofing materials from TechnoNICOL save your money and time.

8 73

PRODUCTION OF ROOFING AND WATERPROOFING MTERIALSVoskresensk (Moscow Region) TechnoNICOL Voskresensk LLC; Phone: +7 (48999) 48 993Vyborg, TechnoNICOL Vyborg; Phone: 7 (81378) 390 90Mineralniye Vody, Minvody Krovlia LLC Plant; Phone: +7 (87922) 76 818Murom, Muromskiy KRZ LLC; Phone: +7 (49234) 22 045Nizhniy Nvgorod, NRRZ LLC; Phone: +7 (8312) 41 69 62Novoulianovsk, Tekhnokrom LLC Plant; Phone: +7 (84255) 71 208Rybinsk, Kroma LLC Plant; Phone: +7 (4855) 26 61 50Ryazan, Technoflex Plant LLC; Phone: +7 (4912) 911 291Uchaly, TECHNOPLEX Plant LLC; Phone: +7 (34791) 413 68Phone: Yugra, TechnoNICOL Siberia LLC Plant; Phone: +7 (38451) 498 32Lithuania, UAB Gargzdu MIDA; Phone: +3 70 46 397 337Ukraine, Dneprodzerzhinsk, TechnoNICOL Plant LLC; Phone: +38 (0569) 55 30 00 Republic of Belarus, Asipovic’y, JV OJSC Krovlia; Phone: +375 (2235) 22 477

PRODUCTION OF WATERPROOFING POLYMER MEMBRANESRyazan, Logicroof Plant LLC; Phone: +7 (4912) 91 13 52

PRODUCTIN OF STONE WOOLCheliabinsk, AKSI OJSC; Phone: +7 (351) 799 35 80Ryazan, TECHNO Plant LLC; Phone: +7 (4912) 91 12 53Zainsk, TECHNO Plant LLC; Phone: +7 (85558) 5 86 00Khabarovsk, Bazalit DV OJSC; Ryazan, TECHNO Plant; Phone: +7 (4212) 52 25 53Yugra, TECHNO Plant LLC; Phone: +7 (38451) 49838Cherkassy, TECHNO Plant LLC; Phone: +38 (0472) 719797

PRODUCTION OF EXTRUDED FOAM PLYSTYRENERyazan, TECHNOPLEX Plant LLC; Phone: +7 (4912) 911 444 Uchaly, TECHNOPLEX Plant LLC; Phone: +7 (34791) 41 318Yugra, TECHNOPLEX Plant LLC; Phone: +7 (38451) 498 52 Mineralniye Vody, TECHNOPLEX Plant LLC; Phone: +7 (87922) 445 71 Novoulianovsk, TECHNOPLEX Plant LLC; Phone: +7 (84255) 738 97 Dneprodzerzhinsk, TECHNOPLEX Plant LLC; Phone: + 38 (0569) 785 20 77

PRODUCTION OF SHINGLAS FLEXIBLE ROOF TILESLithuania, UAB Gargzdu MIDA; Phone +3 70 46 97 73 37 Ryazan, SHINGLAS Plant LLC +7 (4912) 9112 21

PRODUCTION OF LUXARD FLEXIBLE ROOF TILESVoskresensk, Luxard Plant LLC; Phone: +7 (495) 232 53 59

PRODUCTION OF MASTICSNovoulianovsk, Technokrom Plant LLC; Phone: +7 (84255) 71 208 Vyborg, TechnoNICOL Vyborg LLC; Phone: +7 (81378) 39090 Uchaly, TECHNOPLEX Plant LLC; Phone: +7 (34791) 41 318Voskresensk (Moscow Region) TechnoNICOL Voskresensk LLC; Phone: +7 (48999) 48 993Mineralniye Vody, Minvody Krovlia LLC Plant; Phone: +7 (87922) 76 818 Republic of Belarus, Osipovichi, JV OJSC Krovlia; Phone: + 37 (52235) 22 477

PRODUCTION OF GLASS FIBERVoskresensk (Moscow Region), NICOglass Plant; Phone: +7 (49644) 48 996

PRODUCTION OF COMPONENTS FOR ROOFINGS AND EQUIPMENTVoskresensk (Moscow Region), Engineering Workshops; Phone: +7 (49644)59 666

Documents

CATALOGUE OF MATERIALS - TN · History of TechnoNICOL ... Intensive development of the company continued through incorporation of ... allowing fast detection of waterproof covering