AL-AMAL FOR PLASTIC PIPES AND FITTINGS (AL-SHARIF) 1 · AL-AMAL UPVC/CPVC/PP-R/HDPE/PP-H Pipes (AL-SHARIF) are well accepted and widely used in domestic water system, warming, cooling,

1AL-AMAL FOR PLASTIC PIPES AND FITTINGS (AL-SHARIF)

INTRODUCTION

AL-AMAL Company for Plastic Pipes and Fittings (AL-SHARIF) was formed in 1995 with the aim of developing a professional UPVC/CPVC/HDPE/PP-R/PP-H pipes and fittings industry.

Since the company has bought AL-AMAL’s plastic pipes factories with their well known and trusted brand name and sign, AL-AMAL Co. is considered one of the largest leading companies in the plastic pipes and fittings field in the Middle East.

Since its foundation, AL-AMAL has a steady growth with high quality standards to fulfill the require-ments of its customers specially for UPVC/ CPVC/HDPE/PP-R/PP-H pipes with more than 42000 Tons per year, Fittings with more than 8000 Tons per year, and it already started in 1st. September 2008 production of PP-R with capacity more than 3000 Tons pipes per year, and 1200 Tons of fittings per year, AL-AMAL’s Pipes and Fittings are produced according to DIN, BS, ASTM, ISO and Egyptian standards demand.

There is also the facility of manufacturing products with special specifications according to cus-tomer requirements.

As AL-AMAL’s target is to become the major producer in the field of plastic pipes and fittings, a strategic program has been carried out to improve the quality standards and increase the quality and variation of production by having its plant in the 10th of Ramadan City, equipped with new in-jection moulding machines and new moulds with advanced automated tooling and up-to date know how which permit high capacity of pipes and fittings with exceptionally high consistency in terms of dimensional accuracy, mechanical strength and surface finish.

AL-AMAL UPVC/CPVC/PP-R/HDPE/PP-H Pipes (AL-SHARIF) are well accepted and widely used in domestic water system, warming, cooling, all types of industrial process pipe works, water distribu-tion and water treatment as well as irrigation systems.

A new range for the production of all systems required for AL-AMAL’s customers has been taken into consideration in its near expanding plans.

The most highly advantage is the well equipped laboratory which is established according to the best international standards to control raw materials, final products and also for the research which is one of the important targets of AL-AMAL to update and develop its products.

Customers can depends completely on AL-AMAL and consider it their partner in the business.

2

UPVC DRAINGE AND SEWAGE SYSTEMSPIPES AND FITTINGS

TECHNICAL DATA

PIPES DIMENSIONS

FITTINGS DIMENSIONS

THE ADVANTAGES OF UPVC PIPES SYSTEM

UPVC PIPES AND FITTINGS DIAGRAMS

MATERIAL PROPERTIES

UPVC CHEMICAL RESISTANCE

TRANSPORT, STORAGE AND HANDLING

APPLICATION OF UPVC PIPES AND FITTINGS

EXPANSION AND CONTRACTION

EXPANSION JOINT

SOLVENT WELDING UPVC

TECHNICAL DATA OF AL AMAL (AL SHARIF) UPVC PIPES FOR PLUMBING SYSTEMS (DWV)

METRIC UPVC PIPES FOR PLUMBING SYSTEMS (DWV)

TECHNICAL DATA OF AL AMAL (AL SHARIF) UPVC FITTINGS FOR PLUMBING SYSTEMS (DWV)

METRIC UPVC FITTINGS FOR PLUMBING SYSTEMS (DWV) (WHITE COLOR)

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2 3AL-AMAL FOR PLASTIC PIPES AND FITTINGS (AL-SHARIF)

UPVC DRAINGE AND SEWAGE SYSTEMSPIPES AND FITTINGS

TECHNICAL DATA

PIPES DIMENSIONS

FITTINGS DIMENSIONS


UPVC PIPES AND FITTINGS DIAGRAMS

MATERIAL PROPERTIES





EXPANSION JOINT

SOLVENT WELDING UPVC

TECHNICAL DATA OF AL AMAL (AL SHARIF) UPVC PIPES FOR PLUMBING SYSTEMS (DWV)

METRIC UPVC PIPES FOR PLUMBING SYSTEMS (DWV)

TECHNICAL DATA OF AL AMAL (AL SHARIF) UPVC FITTINGS FOR PLUMBING SYSTEMS (DWV)

METRIC UPVC FITTINGS FOR PLUMBING SYSTEMS (DWV) (WHITE COLOR)

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The group of materials known as unplasticized PVC is one of the most important developments of the last few decades as it reduces the cost and improves the reliability of pipeline installations. The properties can be varied by small additions of modifying agents which have definite and controlled mechanical properties.They can be fabricated to close dimensional tolerances, light without being weak. . Rigid without being brittle.

Furthermore, these materials can be converted into pipes and fittings by vary direct processes of extrusion or injection moulding even though these processes demand heavy elaborate machinery and very precise process.

The principal reason for the great economy of AL SHARIF pipes is not. So much their cost per meter as delivered to site but rather the dramatic reduction in installation costs which can be achieved by intelligent exploitation of their light weight. Higher availability in longer lengths. Their easy of jointing and their immunity from corrosion. These characteristics are of even greater importance to engineers now that the need to carry out water supply and sewerage schemes. Industrial plant installation . etc. at minimum cost and maximum reliability.

NON – CORROSIONUPVC pipes resist corrosion caused by acid, alkalis, Salts, oils, moisture and the media inside and outside the pipe.

NON – TOXICUPVC pipes are entirely non-toxic. It will not affect the taste, Smell or colour of water or liquid nor react with any liquid to cause precipitation.

LOW FLOW LOSSESUPVC pipes have a mirror – smooth surface which minimize resistance and impede the build – up of deposits and corrosive scales.

MECHANICAL STRENGTHUPVC pipes have great tensile strength yet they are flexible enough to with stand displacements in the pipe line. They will not dent or flatten under pressure.

LIGHT WEIGHTUPVC pipes are incredibly light. Their specific weight is one fifth of steel pipe this cuts down trans-portation costs and facilitates the installation of pipe and reduces its cost.

EASY OF INSTALLATIONUPVC pipes are quick and easy to install, with a complete range of fittings using solvent cement or rubber joints are leakproof UPVC pipes can be cut easily for installation.

EASY OF MAINTENANCEUPVC pipes can be quickly repaired with a minimum of complication or cost.


FIRE PROOFUPVC pipes will not support combustion. In the event of fire, flames are unable to travel along the pipe. It is self extinguishing.

INSULATORUPVC pipes are ideal for electric conduits. Because UPVC itself is an integral insulator, it eliminates the possibility of electrolytic corrosion which so often destroys underground piping.

PROVEN EXPERIENCEUPVC pipes have been used worldwide for 45 years in all climates.The experience of its many users have proved it is supreme quality, economy ease of installation, and its non – corrosive qualities.

Resist scale build-up and corrosion

PVC

Ease of insulation

Looping of other plastics

8

LOW BACTERIA BUILD UP

UPVC piping supports the lowestbacterial growth compared with traditional piping materials

LOWER THERMAL EXPANSION COEFFICIENT

Less expansion of pipe when hot water runs

Less need for expansion loops, less “looping”

120.000

110.000

100.000

90.000

80.000

70.000

60.000

50.000

40.000

30.000

20.000

10.000

0

UPVC Steel Copper Polyethylene

Bacterial growth in waterpiping at 120 days

Bact

eria

(KBE

/cm

)

3


1.75

1.50

1.25

1.00

0.75

0.50

0.25

0

UPVC PP PEX

Coe�cient of thermal expansion

PB


LOWER THERMAL CONDUCTIVITY

Reduced heat losses

TOUGH, RIGID MATERIAL

UPVC has a much higher strength/modulusthan other thermoplastics used in plumbingapplications

Thermal conductivity

W/M

K

0.30

0.25

0.20

0.15

0.10

0.05

0

UPVC PP PEX PB

Tensile strength

MPa

at 2

3 C

60

50

40

30

20

10

0

UPVC PP PEX

o

PB

10

PVC EXCELLENT CHEMICAL RESISTANCE

WeakAcids & Bases

StrongAcids

Halogens

Aromaticsolvents

StrongBasis

SaltsStrong

oxidants

Aliphaticsolutions

Esters &Ketones

Poor

Fair

Good

Excellent

PROPERTY COMPARISONS OF THERMOPLASTIC PIPE

3

Tensile strength(MPa At 23 °C)

Coefficient of thermalexpansion (X10 K )

Termal conductivity(W/MK)

LOI

Oxygen Permeation(cm /m.day.atm)(at 70°C)

UPVC PPR PEX PB CU

50 30 25 27 >300

0.7 1.5 1.5 1.3 0.2

0.14 0.22 0.22 0.22 >400

45 18 17 18

(not available)similar to CPVC

(not available)similar to PB-PEX

13 16 (not available)insignificant

-4 -1

3


PROPERTY COMPARISONS OF THERMOPLASTIC PIPE0.50.6

0.7

0.8

0.91

2

3

4

5

67

89

10

20

30

40

0.1 1 10 10 10 10 10 10

50

2 3 4 5 6

Service life, in h

Com

para

tive

ster

ess

in N

/mm

2

UPVC PIPES & FITTINGS DIAGRAMS

PIPES

FITTINGS

Behaviour of UPVCpipes under long-termstressing

Stress-strain diagram for UPVC at 20 C Stress-strain diagram for UPVC at 60 C

2

10

12

14

16

18

20

22

24

26

28

30

32

34

36

0.03 0.41 0.5 0.82 1 1.5

50 Years

10 h5

10 h4

10 h3

10 h2

10 h1

1 h

Strain, ,as a percentage

Circ

umfe

rent

ial S

tere

ss,

In

N/m

m

02

2.54

6

8

10

12

14

16

18

20

22

24

26

0.3 0.5 0.7 1 1.4 1.5 2 2.5 3

30 Years

10 h3

10 h2

10 h1

Strain, ,as a percentage

Circ

umfe

rent

ial S

tere

ss,

In

N/m

m2

° °

12

3.0

4.0

6.0

9.0

20 40 60 80

Wor

king

Pre

ssur

e Ba

rs

10.0

12.0

15.0

16.0

WaterHead

ft. m533

500

400

330300

200

133

1

160

150

120

10090

60

40Series 2

Series 3

Series 4

Series 5

3.0

4.0

6.0

9.0

20 40 60 80

Wor

king

Pre

ssur

e Ba

rs10.0

12.0

15.0

16.0

WaterHead

ft. m533

500

400

330300

200

133

1

160

150

120

10090

60

40Series 2

Series 3

Series 4

Series 5

When UPVC pressure pipe operates at temperature other than the temperature at which the pipe is rated (20° - OR 23°C) pressure rating should be established on thermal design factors.

EXAMPLES GIVEN BELOW ARE FOR GUIDANCE ONLY.

PRESSURE TEMP. RELATIONSHIPAmibient Variable Internal Temp. 20°

PRESSURE TEMP. RELATIONSHIPInternal Variable Amibient Temp. 20°

AMBIENT TEMPERATURE OF 40°Crequired working pressure of 6.5 bars

use a 10 bar rated pipe

Required Working pressure of 7.0 barsuse with a liquid temperature of 40°C

therefore a 10 bar rated pipe to be used.


PRESSURE TEMP. RELATIONSHIPInternal Variable Amibient Temp. 20°

Required Working pressure of 7.0 barsuse with a liquid temperature of 40°C

therefore a 10 bar rated pipe to be used.

MATERIAL Unplasticized Polyvinyl Chloride (UPVC)

UPVC are non-conductor of electricity and are not subjected to galvanic or electrolytic attack.Note: All the above-mentioned values at 20°C.

MATERIAL PROPERTIES

3

General Properties

Density

Water absorption

Flammability

Mechanical Properties

UPVC VALUE

Ultimate Tensile Strength

Compressive Strength

Flexural Strength

Modulus of Elasticity

Impact Strength (Charpy)

Shore Hardness (Rockwell)

Thermal Properties

Softening Point

Max. Operating temperature

Coefficient of Thermal Expansion

Specific Heat

Thermal Conductivity

Electrical Properties

Volume Resistively

Surface Resistance

Dielectric Strength

Power Factor ( at 10 cycle)

1.38

<4

Self extinguishing

492

668

950

2.7x10

No Break> 10%

115

Pipes

60

3.0 x 10

0.25

0.13

>10

>10

>40

3.3

4

Fittings≥79° ≥ 76°

-5

14

12

6

UNITS

g/cm

mg/cm

Kg/cm

Kg/cm

Kg/cm

Kg/cm

R

°c

In/In/°F

Cal/g . °c

Kcal/m.h. °c

Ohm.cm

Ohm

Kv/mm

2

°c

3

2

2

2

2

3

v.s.t. 5 Kg

14

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

R: Recommended For use NR: Not Recommended #: Not Available * : Check with factory

3

3


ChemicalsUPVC

23°C 60°C

A.cetaldehyde NR NRAcetamide # #Acetic acid10% R RAcetic acid20% R RAcetic acid50% R *Acetic acid80% R *Acetic acid glacial * NRAcetic anhydride NR NRAcetone NR NRAcetophenone NR NRAcetyl Chioride # #Acetylene * *Acetyl Nitrile NR NRAcrylic acid Ethyl ester NR NRAcrylonitrile NR NRAdipic 105 acid R RAllyl alcohol * *Amyl alcohol NR NRAlcohol Benzyl NR NRAlcohol 1 ry Butyl R RAlcohol 2ry Butyl R NRAleohol.diacetone # #Alcohol Ethyl R RAlcohol Hexyl R RAlcahol Isopropyl R RAlcohol Methyl R RAlcahol Propargyl R RAlcohol Propyl R RAllyl chloride NR NRAlum R RAlum Ammoinium R RAlum. Chrome R RAlum. Potassium R RAluminum chloride R RAluminum Floride R NRAluminum hydroxide R RAluminum nitrite R RAlumlnum oxychloride R RAlumlnum Sulfate R RAmmonia gas R RAmmonia (Aq. 10%) R NRAmmonia Liq. NR NRAmmonium acetate R RAmmonium benzoate # #Ammonium bifloride R R

ChemicalsUPVC

23°C 60°C

Ammonium bisulPhide R RAmmonium carbonate R RAmmonium chloride R RAmmonium citrate # #Ammonium dichromate R #Ammonium fluoride 10% R RAmmonium fluoride 25% R *Ammonium hydroxide R *Ammonium metaphosphate R RA.rnrnorliurn nitrate R RAmmonium persulphate R RAmmonium phosphate R RAmmonium sulphamate # #Ammonium sulphate R RAmmonium SUlphide R #Ammonium thiocyanate R RAmmonium tartrate #Amyl acetate NR NRAmyl chloride NR NR

Aniline chlorohydrate NR NRAniline hydrochloride NR NRAnthraquinone R RAnthraquinone sulfonic acid R R

Antimony trichloride R RAqua regia * NRAromatic hydrocarbons NR NR

Barium carbonate R RBarium chloride R RBarium hydroxide R RBarium nitrate R #

ChemicalsUPVC

23°C 60°C

#

Aniline NR NR

Barium sulphate R RBarium sulphide R RButyl phenol R NRButyl stearate R #Butyne diol R NRButyric acid R NRButane R RBeer R RBeer sugar liquors R RBenzaldhyde NR NRBenzalkonium chloride NR NRBenzene NR NRBenzene. benzol NR NRBenzene sulphonic acid NR NRBenzoic acid R RBismuth carbonate R RBlack liquor RBleach household R RBleach 12.5%active CI2 R R

Borax R RBoric acid R RBrine acid (sat.) # #Brine acid R #Bromic acid R RBromine (Liq.) NR NRBromine (vap. 25%) R RBromine water R RBromobenzene NR NRBromotoluene NR NRButadiene R RButylacetate NR NRButyl alcohol R RButyl Cellosolve R #Butyl phthalate NR NRButylene NR NRCadmium acetate # #Chloral hydrate R RChloramines R #Chloric acid 20% R RChlorinated solvents NR NRChlorine Gas Dry NR NR

R

Bleach 5.5%active CI2 R R

Arsenic acidAryl sulphoilic acid

R RR R

Cadmium chloride # #Cadmium cyanide R RCadmium sulphate # #Caffeine citrate R RCalcium acetate # #Calcium bisulphide # #Calcium bisulphate R RCalcium carbonate R RCalcium chlorate R RCalcium chloride R RCalcium hydroxide R RCalcium hypochlorite R RCalcium nitrate R RCalcium Oxide R RCalcium sulphate R RCamphor crystals R #

Caprylic acid # #Carbon dloxide.wet R RCarbon dioxide dry R RCarbon disulphide NR NRCarbon monoxide R RCarbon tetrachloride NR NRCarbonic acid R RCaster oil R RCaustic potash R RCellosolve R NRCellosolve acetate R #Cellosolve acetate R #Chloracetic acid R NRChlorine gas wet NR NRChlorine (Liq) NR NRChlorine water (Sat.) R RChloracetic acid R NRChloroacetyl chloride R #Chlorobenzene NR NRChlorobenzyl chloride NR NRChloroform NR NRChloropicrin NR NRChlorosulphonic acid R NRChromic acid 10% R RChromic acid 30% R *Chromic acid 40% R *Chromic acid 50% NR NRChromium nitrate # #Citric acid R RCitric acid 10% # #Coconut oil R RCoke oven gas NR NRCopper carbonate R RCopper chloride R RCopper cyanide R RCopper fluoride R RCopper nitrate R RCopper sulphate R RCorn oil * *Corn syrup * *Cotton seed oil R RCresol NR NRCresylic acid 50% R RCroton aldehyde NR NRCrude oil R *Cupric fluoride R RCupric sulphate R RCuprous chloride R RCyclohexane NR NRCyclohexanol NR NRCyclohexanone NR NRDesocyephedrine hydrochloride R RDetergents RDetergent solution(Heavy duty) R RDextrin R R

Diazo salts R RDibutoxy ethyl phthalate NR NRDibutyl phthalate NR NRDibutyl sebacate R NRDichlorobenzene NR NRDichloroethylene NR NRDiesel fuels * NR

Dlethyl ether R #

R

Dextrose R R

DiethylamineDiethyl cellosolve

NR NR# #

C

D

B

A

Cane sugar liquors R RCarbitol R #

Diglycolic acid R RDimethylamine R RDimethyl formamide NR NR

Ethanol


3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

ChemicalsUPVC

23°C 60°C ChemicalsUPVC


23°C 60°C

Dimethyl hydrazine NR NRDioctyl phthalate NR NRDioxane NR NRDioxane .1,4 NR NRDisodium phosphate R RDis. Water R RDivinylbenzeneEpsom salt R #Esters NR NREthanol # #Ethers NR NREthyl acetate NR NREthyl acetoacetate NREthyl acrylate NR NREthyl chloride NR NR

Ethyl ether NR NREthylene bromide NR NREthylene chloride NR NREthylene chlorohydrin NR NREthylene diamlne # #Ethylene dichloride NR NREthylene gIyeol R *Ethylene oxide NR NR

Fish soluble R RFluorine gas. Wet NR NRFluobric acid R RFluosilicic acid R RFormaldehyde 35% R RFormaldehyde 37% R R

NR

Ethyl chloroacetate NR NR

Formaldehyde 50% R RFormic acid R NRFormic acid(anhydrous) # #Freon F-11 R RFreon F-12 R RFreon F-21 NR NRFreon F-22 NR NRFreonF-113 R RFreonF-114 R R

NR NR

Fatty acid R RFerric acetate R NRFerric chloride R RFerric hydroxide R RFerric nitrate R RFerric sulphate R RFerrous chloride R RFerrous hydroxide R RFerrous nitrate R #Ferrous sulphate R R


E

F

Fructose R RFruit juices. Pulp R RFurtural NR NRGallic acid R RGas. Natural R RGasoline. leaded * NRGasoline. Unleaded * NRGasoline. Sour * NRGelatin R RGin # #Glucose R RGlycerin R RGlycelin. glycerol R RGlvcollc acid R RGlycols R RGrape sugar R R

Hydrobromic acid 50% R RHydrobromic acid 18% R *Hydrobromic acid conc20% R *Hydrocyanic acid R RHydrobromic acid 10% R RHydrofiuorlc acid dil. R NRHydrofiuorrc acid 30% R NR

G

Hydrofiuorrc acid 40% R NRHydrofiuorrc acid 50% R NRHydrofiuosillcic acid R RHydrogen R RHydrogen cyanide R NRHydrogen fiuoride.anhyd NR NRHydrogen peroxide 30% R #Hydrogen peroxide 50% R RHydrogen peroxide 90% * *Hydrogen phosphide R RHydrogen sulphide, dry R RHydrogen sulphide(aq. Sol.n) R RHydroquinone R RHydroxylamine sulphate R RHypochlorous acid R RHydrazine NR NRIodine NR NRIodine solution 10% NR NRIsopropanol * *Isopropyl ether NR NRIsoodane # #Jet fuel. J P-4 * NRJet fuel. J P-5 * NRKerosene R *Ketones NRKraft liquor R RLactic acid 25% R RLactic acid 80%

R R

Lard oil R RLauric acid R RLauryl chlolide R RLead acetateLead chlolide R R

Lemon oil # #Ligroin # #Lime sulpher R RLlollc acid R R

NR

Linoleic oil R RLinseed oil R RLinseed oil blue # #Liqueurs R RLithium bromide R RLithium sulphate R RLubrrcating oil ASTM#1 R RLubricating oil ASTM#2 R RLubricating oil ASTM#3 R R

Lead nitrateLead sulphate

R RR R

I

J

K

L

Machine oil R RMagnesium carbonate R RMagnesium chloride R RMagnesium citrate R RMagnesium hydroxide R RMagnesium nitrate RMagneSium sulphate R RManganese sulphate R R

Mercurous nitrate R RMercury R RMethane R RMethanol * NRMethylene chlorobromlde NR NRMethoxyethyl oleate R #

Methylene bromide NR NRMethylene chlorrde NR NRMethylene iodine NR NRMethyl isobutyl carbinol # #Milk R RMineral oil R R

R

Maleic acid R R

Molasses R RMonoethanol amine NR NRMotor oil R RNaphtha R RNaphthalene NR NRNatural gas R RNickel acetate R #Nickel chloride R R

Methyl amine NR NRMethyl bromide NR NRMethyl cellosolve NR NRMethyl chloride NR NRMethyl chloroform NR NRMethyl ethyl ketone NR NRMethyl isobutyl ketone NR NRMethyl methacrylate R #Methyl sulphate R *Methyl sulphoric acid R R

M

N

Nickel nitrate R RNickel sulphate R RNicotine R RNicotinic acid R RNitric acid 10% R *Nitric acid 20% R *Nitric acid 30% R *Nitric acid 40% R *Nitric acid 50% R *Nitric acid 70% R NRNitric acid 100% NR RNitlobenzene NR NRNitroglycerine NR NRNitrous acid 10% R NRNitrous oxide R *Nitro glycol NR NR1-octanol # #Oils Vegetable * *Oils Sour crude # #Oleic acid R ROleum NR NROlive oil # #Oxalic acid R ROxalic acid 20% # #Oxalic acid 50% R ROxygen gas R ROzone # #

O

Palmitic acid # #Palmitic acid 10% R RPalmitic acid 70% R NRParaffin R RPeanut oil # #Peracetic acid 40% R NR

P

Green liquor. Paper R RHeptane R RHexane R *

H

Hydrobromic acid. 20% R R

Maleic acid 50% # #Maleic acid R RMercuric chloride R RMelcuric cyanide R RMercuric sulphate R R

Perchlonc acid 10% R *Perchlonc acid 70% R NRPerphosphate R #Petroleum oils. Sour R *Petroleum Oils. Refined R RPhenol * NR

R R

16

3

3

3

3

3

3

3

3

3

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3

3

3

3

3

3

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3

3

3

3

3

3

3

3

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3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

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3

3

3

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3

3

3

3

ChemicalsUPVC



23°C 60°C

Phenyl hydrazine NR NRPhenyl hydrazine hydrochloride * NRPhosgene Liq. NR NRPhosgene Gas R *Phosphonc acid 10% R RPhosphonc acid 25% R RPhosphonc acid 50% R RPhosphonc acid 70% R RPhosphonc acid 85% R RPhosphorus yellow R *Phosphorus red R RPhosphorus pentoxide R *Phosphorus trichlorrde NR NRPhotographic solution R RPicric acid NRPlating solution brass R *Plating solution cadmium R *

Plating solution copper R *Plating solution gold R *Plating solution lead R *Plating solution nickel R *Platmg solution rhodlwn R *Plating solution silver R *Plating solution tin R *

Potash R RPotassium alum R RPotassium aluminum sulphate R #Potassium amyl xanthate R NR

NR

Plating solution chrome R *

Potassium bicarbonate R RPotassium bicarbonate R RPotassium blsulphate R RPotassium borate R RPotassium bromate R RPotassium bromide R RPotassium carbonate

Potassium cyanate R RPotassium cyanide R RPotassium cichromate R RPotassium ethyl xanthate R NRPotassium ferricyanlde R RPotassium ferr oyanlde RPotassium fluoride R RPotassium hydroxide R R

Potassium iodide R #Potassium nitrate R RPotassium perbmate R RPotassium perchlorate sat R RPotassium permenganate sat R RPotassium permenganate 25% # #Potassium persulphate sat R RPotassium phosphate # #

Slenlc acid R RSilicic acid R RSilicone oil R NR

R

Potassium hypochlorite R #

Plating solution zincPolyethyiene glycol

R ** *

Silver cyanide R RSilver nitrate R RSilver sulphate R RSoaps R RSodium acetate R RSodium arsenate # #Sodium alurn R RSodium benzoate R RSodium bicarbonate R R

R R

Propylene glycol * *Propylene oxide NR NRPyridine NR NR

Potassium chlorate.(Aq.) R RPotassium chloride R RPotassium chromate R RPotassium chlorate R R

Potassium sulphate R RPropane R RPropylene dichloride NR NR


Sodium bichromate R RSodium bilsulphate R RSodium bisulphlte R RSodium borate R #Sodium bromide R RSodium carbonate R RSodium chlorate R #Sodium chloride R RSodium chlorite NR NRSodium cyanide R *Sodium dichromate R RSodium ferricyanlde NR NRSodium ferrocyanide NR NRSodium fluoride NR NRSodium formate NR NRSodium hydroxide 10% NR NRSodium hydroxide 15% R RSodium hydroxide 25% R *Sodium hydroxide 30% R *Sodium hydroxide 50% R *Sodium hydroxide 70% R *Sodium hypochlorite 15% R *Sodium hypochlorite R #Sodium iodide # #Sodium metaphosphate R #Sodium nitrate R RSodium nitrite R RSodium palmitrate sol.n 5% # #Sodium perborate R RSodium perchlorate R RSodium peroxide R RSodium phosphate. alk R #Sodium phosphate. acidic R #Sodium phosphate neutlal R #Sodium silicate # #Sodium sulphate R RSodium sulphide R RSodium sulphite R RSodium thiosulphate R RSour crude oil R RStannic chloride R RStannous chloride R RStannous sulphate * *Starch R RSteanc acid R RStoddards solvent NR NRStrontium chloride * *Succinic acid R RSulphamic acid NR NR

Sulphorl acid 30% R RSulphorl acid 50% RSulphorl acid 60% R R

Sulphorl acid 90% R *Sulphorl acid 93.5% * NRSulphorl acid 94% * NRSulphorl acid 95% NR NRSulphorl acid 96% NR NRSulphorl acid 98% NR NRSulphorl acid 100% R NR

Tall oil R NRTannic acid R NRTannic acid 30% R RTannic liquors R R

R

Tar NR NRTartaric acid R RTetraethyl lead R *Teraethydrodfurane NR NRTelaethydlOfurane NR NRTetra sod. Pyrophosphate R RThionyl chloride NR NRTread cutting oils R #Tirpineol * *

Sulphorous acid R NR

Sulphur trioxide. gas R RSulphorl acid 10% RSulphorl acid 20% R R

R

Sulphorl acid 70% R RSulphorl acid 80% R *

Titanium tetrachloride * NRToluene NR NR

T

Toluene toluol NR NRTomato Juice R #Transformel oil R RTransformer oil DTE/30 # #Tributyl phosphate NR NRTributyl citrate #Trichloroacetlc acid R RTrichloroethane NR NR

Trithanolamine R *Trithylamine R RTrithylpropane R NRTrisodium phosphate R RTurpentine R RUrea R RUrine R RVaseline NR NRVegetables oils * *Vinegar R R

Whiskey R RWhite liquor R RWines R RXylene (Xylol) NR NR

R

Trichlorpenthlene NR NR

Zinc acetate R RZinc chlolide R RZinc nitrate R R

Vinegar. white # #Vinyl acetate NR NRWater R RWater. acid mine R RWater. demineralized R RWater. disilled or flesh R RWater. Potable R RWater. Salt R RWater. sea R RWater. Sewage R R

Zinc sulphate R R

U

V

W

XZ

3

Salicylic acid R RSalic ylaldehyde NR NRSea water R R

Pyrogailicia acid R RS

Sulphate liquors # #Sulfite liquor R RSulphur R RSulphur chloride # #Sulphur dioxide. dry R RSulphur dioxide. wet R *Sulphur trioxide R *

Sulphated detergent # #


PIPESOn trucks the 6 or long pipes must be fully supported on the loading area. Avoid loading at the same time with sharp objects. Pipes should not be thrown or dragged along the ground.

Pipes should be given adequate support at all times. Pipes should not be stacked in large piles, especially in warm temperature conditions as the lower layers may distort, resulting in difficulties in jointing and pipe alignment. Any pipe with ends prepared for jointing (sockets and spigot joints, A joints, etc.) should be stacked in layers with sockets placed at alternate ends of the stacks and with the sockets protruding to avoid unstable stacks and the possibility of imparting a permanent set to the pipes.

For long –term storage, pipe racks should provide continuous support, but if this is not possible timber of at least 3 in. (75mm) bearing width at spacing not greater than 3 ft.(915mm) centers for pipe sizes 160mm and above, should be placed beneath the pipes and at 6 ft. (1.8m) centres at the side, if the stacks are rectangular. These spacing apply to pipe size 160 mm and above. Closer supports will be required for sizes below 160mm in such pipe racks. Pipes may be stored not more than seven layers, or 6 ft.(1.8m) high, whichever is the lesser. But if different classes of pipe are kept in the same racks, than the thickness classes of largest diameter must always be placed at the bottom.

When loading pipes on to vehicles, care must be taken to avoid their coming into contact with any sharp corners such as cope irons, loose nail-heads, etc. as pipes may be damaged by being rubbed against these during transit. Whilst in transit . pipes shall be well secured over their entire length and not allowed to project unsecured over the tailboard of the lorry pipes may be off-loaded from lorries by rolling them gently down timbers, care being take to ensure that pipes do not fall one upon an-other, nor on to any hard or uneven surfaces.


NONO

YES YES

YES YES

18

Rubber sealing rings should not be stored in the open period, nor should they be exposed to sun-light.It is recommended not to keep rubber sealing rings on stock for too long time it cannot be avoided to keep them in stock for several years, they should be kept free of tension in a cool place without radiation of light, if possible. In rooms where no electrical equipment is in operation.Rubber sealing rings should not come into contact with chemicals, grease or fuels.

YES YES

For CPVC Pressure Fittings


FITTINGSStore fittings in their original packaging. If they must be removed from their boxes, separate them by geometric type and size. Never combine your plastic fitting inventory with metallic materials. Avoid storing Fittings near an open flame or source of extreme heat.

For CPVC Pressure Fittings

For Non Pressure Metric Fittings

For UPVC Pressure Fittings

For CPVC Pressure Inch Fittings

20


SEWAGE SYSTEMSAL-SHARIF UPVC Pipes and Fittings are ideal for underground drainage and sewage systems.Noncorrosive and easy to assemble, they allow more complex piping work.

Internal hydrostatic pressure tester

Specimen milling machine for machining of plastic test speci-mens for tensile & impact tests

Lab. Q.C.

Lab. Q.C.


All piping products expand and contract with changes in temperature. Linear expansion and contrac-tion of any pipe on the longitudinal axis relates to the coefficient of thermal expansion for the specific material used in the manufacturing of the product. Variation in pipe length due to thermal expansion or contraction depends on the coefficient of thermal expansion and the variation in temperature ( T). It should be noted that change in pipe diameter or wall thickness with piping material properties re-maining constant does effect a change in rates of thermal expansion or contraction.

Approximate coefficients of thermal expansion for different pipe materials are presented below. Ex-pansion and contraction of PVC piping in response to change in temperature will vary slightly with changes in PVC compounds. However, these coefficients can be considered reasonably accurate.


COEFFICIENTS OF THERMAL EXPANSION

3

Piping Material Coefficient of Linear Thermal Expansion (K )

-4UPVC

Thermal Conductivity(W. K .M )

0.8 × 10 0.16

Change in Pipe Length (mm)

Tem

pera

ture

Cha

nge

( C)

°

-6

-1

4

15

10

21

26

32

37

43

48

54

60

65

71

76

82

0.254 0.508 0.762 1.016 1.27 1.524 1.778 2.03 2.286 2.54

UPV

C

-12

-1 -1 -1

22

Temp. Change ΔT °C Thermal Expansion(ΔL) in mm of UPVC

Length of run 10 meter

3

10

15

20

35

40

15

17

19

26

22

25

30



3

10

15

20

35

40

23

27

32

46

37

41

30



3

10

15

20

35

40

32

38

45

64

51

58

30



3

10

15

20

35

40

36

44

51

73

58

66

30



3

10

15

20

35

40

46

55

64

91

73

82

30


EXPANSION JOINT

Coefficient of Linear joint ( 5x10 -5 m/m. oC)

REMARKAPPROXIMA TE, 5 - 7 mm GAP ( INDICA TlVE FIGURE) ALLOWANCE IN BETWEEN UPVC PIPE AND FITTING SOCKET MOUTH TO ALLOW FOR THERMAL EXPANSION.

STEP 1Slip in the ‘0’ ring andthe screw cap ring to the upperUPVC pipe

STEP 2Push up the fittings andfits it to the UPVC pipe.NOTELeave a small gap betweenthe pipe and the socket mouth.

24

STEP 3Push down the ‘0’ ring tothe fitting socket mouth gently and then tighten it with the screw cap ring

STEP 4Pull up the ‘0’ ring to thehorizontal fitting socket mouth gently and then tighten it with the screw cap ring.


SOLVENT WELDING UPVC PIPES AND FITTINGS

CUTTINGPipe must be squarely cut to allow for the proper in-terfacing of the pipe end and the fitting socket bot-tom. This can be accomplished with a miter box saw.

DEBURRINGUse file to remove burrs from the end of pipe. A slight chamfer about 15° should be added to the end to per-mit easier insertion of the pipe into the fitting. Failure to chamfer the edge of the pipe may remove cement from the socket, causing the joint to leak.

INSPECTION AND CLEANINGVisually inspect the inside of the pipe and fitting sockets and remove all dirt, grease or moisture with a clean dry rag. Measure the fitting socket depth and mark this distance on the pipe O.D. Clean the surface of the pipe and fitting socket by using a cleaner.

26

APPLICATION OF SOLVENT CEMENTApply the solvent cement evenly and quickly around the outside of the pipe at a width a little greater than the depth of the fitting socket. Apply a light coat of cement evenly around the inside of the fitting socket.

JOINT ASSEMBLYImmediately insert the pipe into the socket up to the entry mark, align pipe and socket, hold in position for a few seconds.

CLEAN UPRemove all excess cement from around the pipe and fitting with a dry cotton rag. This must be done while the cement is still soft.

AFTER JOINTINGJoints should not be moved or distributed for 10-15 minutes then the jointed pipe may be handled with care allow 4 hours if the jointed pipe lengths are to be laid in a trench.

TESTINGAllow 8 hours to elapse before applying working pressure or 24 hours for tests pressure with pipe sizes up to 50 mm, it is possible to reduce this time.

Allow 1 hour for each 3.5 atmospheres of pressure.


SOLVENT WELDING UPVC PIPES AND FITTINGS

IMPORTANT NOTICEClose the open tin of solvent cement when not in use, do not work near a naked flame and do not mix. Cleaning fluid with the solvent cement.

Brushes must be clean and dry before commencing solvent welding Brushes must be thoroughly cleaned after use by washing out in cleaning fluid.

Do not dilute solvent adhesive with cleaning fluid.

Use Solvent adhesive and cleaning fluid in a well ventilated area.Keep away from naked flames and do not smoke. Always replace lids of containers, in any event, attention is drawn to the instructions printed on the containers.

When laying continues runs of pipe, joints may be made quicker than the setting times advised above. The joint will not be disturbed with long lengths, providing that the pipe is not twisted or the previously made joint lifted out of place.

CONSUMPTION OF CLEANER AND SOLVENTCEMENT (NO. - OF JOINTS PER KG)

3

Dia./mm

16

20

25

32

Cleaner-Kg

40

50

63

75

90

110

125

140

160

200

225

250

280

315

400

340

300

140

110

75

70

55

50

40

30

20

15

10

Solvent Cement-Kg

200

170

150

60

55

45

25

12

5

4

3.5

3

2.5

2

12

47

45

10

8

125

90

200

3

28

3

1/2”

3/4”

1”

1 1/4”

1 1/2”

3”

4”

6”

8”

26.67

33.40

42.16

48.26

88.90

114.30

168.28

219.08

-

1.52

1.60

2.01

2.29

4.24

5.44

8.03

10.41

-

-

1.52

1.63

1.85

2.31

3.43

6.48

8.43

1

2

3

4

5

6

7

8

9

10

-

-

-

1.52

1.52

1.85

2.74

5.18

6.73

-

-

-

-

-

-

2.16

4.11

5.33

-

-

-

-

-

-

-

1.78

2” 60.32 2.87

4.39 3.51 2.79

2.64

3.43

Wall Thickness

21.34

Outside (D) mmItem No. Nominal Size (inch)SDR 26

(11.0 Bar)SDR 21

(13.8 Bar)SDR 32.5 (8.6 Bar)

SDR 41 (6.9 Bar)

SDR 64 (4.3 Bar)

TECHNICAL DATA OF AL-AMAL ( AL SHARIF) UPVC PIPES FOR PLUMBING SYSTEMS (DWV)

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

Item No. Nomina Size (inch) Outside dia(D) mm Wall Thickness(S)123

5678

109

11

4

1/2”3/4”1”

1 1/2”2”

2 1/2”3”

6”4”

8”

1 1/4”

21.3426.6733.40

48.2660.3273.0288.90114.30

168.28219.08

42.16

2.772.873.38

3.683.915.165.496.02

7.118.18

3.56

According to ASTM D 1785 (sch 40)

According to ASTM D 2241 (SDR) Series


METRIC UPVC PIPES FOR PLUMBING SYSTEM (DWV)

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

3

WHITE COLOUR WITH BLUE LINE

Outside Dia. (mm) Thickness (mm)

Weight Kg/M

32 1.5 0.24032 1.8 0.28532 2.4 0.37040 1.8 0.39540 1.9 0.41548 2.5 0.55048 3.7 0.82150 1.8 0.42250 2.4 0.54660 2.7 0.78560 3.9 1.01163 1.9 0.56863 3 0.84275 1.8 0.68075 2.2 0.83075 3 1.12275 4 1.31175 5 1.788110 2.2 1.220110 3 1.635110 3.2 1.744110 4 2.122110 5 2.632110 6 3.200110 7 3.620160 3.2 2.410160 4.7 3.005160 4 3.310160 5 3.763160 7 5.431

30

33

UPVC PIPES

WHITE COLOUR WITH BLUE LINE

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

Size (Inch)

1/2”3/4”1”

1 ¼”

2”2”3”3”3”

3

3

33

3

3

3

33

3

4”4”4”6”6”6”

Outside Dia. (mm)21.226.633.442.148486060

88.988.988.9114.3114.3114.3168.3168.3168.3

Thickness (mm)2.52.83.53.52.53.72.73.9345345345

Weight Kg/M

0.2420.3310.522

0.8361.0461.3051.7252.0901.7362.2502.7342.5053.2104.056

0.6480.5700.8211 ½”

1 ½”


3

3

3

3

3

3

3

3

3

3

3

3

Item No. Nominal size (inch)

1 1/2”2 3/4”3 1”4 1 ¼”5 1 ½”6 2”7 3”8 3”9 4”10 4”11 6”

According to ASTM - D2466 & D3311 (Sch 40)

Dmm273341505668

100.5100.5127127183

Smm2.83.23.83.83.74.05.55.56.16.17.5

Hmm1619222631384848515176

Lmm273339475870126102149120168

Type

AAAAAABABAA

Dimensions :

ELbow 90°

3

3

3

3

3

3

3


1 2”2 3”3 3”4 4”5 4”6

Dmm

6”

68100.5100.5127127187

Smm

45.55.56.16.17.5

Hmm384848515176

Lmm70126102149120168

Type

ABABAA

ELbow 90 with access cap°

TECHNICAL DATA OF AL-AMAL (AL SHARIF) UPVC FITTINGS FOR PLUMBING SYSTEMS (DWV)

32

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3


1 1/2”2 3/4”3 1”4 1 ¼”5 1 ½”6 2”7 3”8 3”9 4”10 4”11 6”

Dmm293544525668100100127127183

Smm3.754.15.23.63.74

5.55.56.16.17.5

Hmm2226293131384848515176

Lmm32354050546210087120103160

Type

AAAAAABABAA

ELbow 45°

3

3

3

3

3


1 1/2”2 3/4”3 1”4 1 ¼”5 1 ½”6

Dmm

2”

283542525668

Smm3.34

4.24.83.74.0

Hmm161922313138

Lmm273339545870

Type

AAAAAA

Tee 90°

3

3

3

3

7 3”8 3”9 4”10 4”11 6”

100100127127183

5.55.56.16.17.5

4848515176

126102149119168

BABAA

Cmm546578108116140220204257239336


Tee 90 with / cap°

3

3

3

3

3

3

3


1 2”2 3”3 3”4 4”5 4”6

Dmm

6”

68100100127127183

Smm4.05.55.56.16.17.5

Hmm384848515176

Lmm70126102149119168

Type

ABABAA

Cmm140220204257239336

3

3

3

3

3


1 3” - 2” 2 4” - 2”

3 4” - 3” 4 6” - 4”

D1mm100127127183

D2mm7070100

126.5

S1mm

566

7.5

S2mm5.25.25.56

H1mm48515176

Tee Red. 90°

H2mm38384851

Lmm111122138168

Cmm180183222

280.5

34

Tee Red. 90 with / cap°

3

3

3

3

3


1 3” - 2” 2 4” - 2” 3 4” - 3” 4 6” - 4”

D1mm100127127183

D2mm7070100

126.5

S1mm

566

7.5

S2mm5.25.25.56

H1mm48515176

H2mm38384851

Lmm111122138168

Cmm180183222

280.5

3

Tee 45°

3

3

3

3

3


1 1 ½”2 2”3 3”4 4”5 6”

Dmm5669100127

181.3

Smm3.74.55.56.16.5

Hmm3138485176

Cmm141170264312421

Type

AABBA

Lmm91110161195354


3

3

3

3


1 4” - 2” 2 4” - 3” 3 6” - 4”

D1mm127127

181.5

D2mm70100127

S1mm

66

6.5

S2mm5.25.56

H1mm515176

Tee Red. 45°

H2mm384851

Cmm231270351

Lmm150175305

3

3

3


1 3”2 4”

Dmm100127

Smm5.56.1

Hmm4851

Cmm220257

Lmm126149

Double sanitary Tee 87.5 °

36

Double branch Tee 45 °

3

3

3


1 3”2 4”

Dmm100127

Smm5.56.1

Hmm4851

Cmm264312

Lmm161195

Double branch Tee Red. 45°

3

3

3Item No. Nominal size

(inch)1 4” - 2” 2 4” - 3”

D1mm127127

D2mm70100

S1mm

66

S2mm5.25.5

H1mm5151

H2mm3848

Cmm231270

Lmm150175


3

3


1 3” 2 4”

Dmm100127

Air vent

Smm5.56.1

Hmm4851

Lmm88100

3

3

3

3

3

3

3

3

3

3

Coupling


1 1/2”2 3/4”

Dmm2733

Smm2.83.2

Hmm1619

Lmm3641

3 1” 4 1 ¼”

4150

3.83.8

2226

4856

5 1 ½”6 2”

5568

3.74.0

3138

6580

7 3” 8 4”

100127

5.56.2

4851

101108

9 6” 183 7.1 76 157.4

38

3

3

3

Reducing bush 3

3

3

3

3

3

3

3


1 3/4” - 1/2”2 1” - 1/2”3 1” - 3/4”4 1 ½” - 1/2”5 1 ½” - 3/4”6

D1mm

1 ½” - 1”

26.733.433.448.148.148.1

D2mm21.521.526.8521.526.8533.6

H1mm25.53030313131

H2mm22.522.522.522.522.530

Type

AAAAAA

3

3

3

3

7 2” - 1/2”8 2” - 3/4”9 2” - 1”10 2” - 1 ½”11 3” - 2”

60.360.360.360.388.9

21.526.8533.648.260.5

3838383848

22.522.5223138

BBBAB

Lmm25.530303131314646464658

12 4” - 2”13 4” - 3”14 6” - 4”

114.3114.3168.2

60.589.1114.7

515176

384851

BAB

6161

76.2

A

B


3

3

3

3

3

3

Clean Out


1 1 ½”2 2”

Dmm48.360.3

Smm3.74.0

Hmm3138

Lmm6069

3 3” 4 4”

88.9114.3

5.56.1

4851

8794

5 6” 168.3 6 76 120

Eccentric Reducer

3

3

3

3


1 4” - 2” 2 4” - 3” 3 6” - 4”

D1mm

114.3114.3168.2

D2mm70100

114.7

S1mm7.57.56.1

S2mm5.25.56.1

H2mm384851

H1mm5555

76.2

H2mm127127168

40

3

3

3

End Cap

3

3

3

3

3

3

3


1 1/2”3/4”

3 1”1 ¼”

5 1 ½”

Dmm

2”

29.535.544545568

7 3”4”

110130

2

4

6

8

Dmm3.94.55.35.34.15.15.67.5

Dmm1619222631384861

Dmm2328313439456985

6” 1889 8.5 86 114

3

3

3

Roof drains


1 3”2 4”

Dmm89

114.3

Smm5.54.6

Hmm24.924.9

Lmm

187.9187.9


3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3


1 4”2 4”

Dmm120120

Smm6.16.1

Hmm5151

Cmm370330

Type

AB

Lmm230215

Syphon

ALong

BShort

423

3

3

Elbow 90 SJXF.th


1 1 ½” - 1 ½”2 1 ½” - 1 ¼”

Dmm56

56 - 50

Smm3.53.5

Hmm3131

Lmm5858

°

3

3

3

3

L

100100

Extension Sockets

Dimension

110mm125mm125mm

D

127140140

d

114.5127127

d1

119132132

S

66.76.7

H

888 150

Item No.

123

mm mm mm mm mm mm


3

3

3

3

3

3

3

3

3

Item No.

123

Dmm100127183

Smm5.56.27.1

Hmm101108

157.1

Repair Coupling

Expansion Joint

3

3

Item No.

12

Nominal size (inch)

3”4”

D1mm106132

D2mm100

127.5

Smm

33

Hmm1820

3 6” 194 183 5 27

Dimension

3”4”6”

44

3

3

3

Floor Trap Cover

Item No. Dmm

1 109.5 2 124.5

Smm3.53.5

Hmm

77

Lmm

147.5147.5

Dimension

110mm125mm

Floor Trap3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

333

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

33


1

2

Dmm

H1mm

H2mm

Amm

Lmm

Smm

3

4

outlet 3”inlet 1 ½”outlet 3”inlet 2”

outlet 2”inlet 1 ½”outlet 2”inlet 2”

96.556.596.568.868.856.568.868.8

48

48

38

38

31

38

31

38

125

125

125 & 110

125 & 110

4.2

4.2

4.2

4.2

99

99

99

99

5

6

outlet 2”inlet 1 ½”

outlet 1 ½”inlet 1 ½”

69.858.861.658.8

27.0

3430.2

110

110

4.8

5.5

70

70

Type

A

A

A

A

B

B

B A

30.2


3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

METRIC UPVC FITTINGS FOR PLUMBING SYSTEM (DWV) (WHITE COLOUR)

Item No.

123

D

27334150

S

3.43.94.55

H

161922

567

5568

84.5100

2.52.54.55.2

323845

910

122.5 66

5170

26

48

4

8

Elbow 87.5 °

172.5

Elbow 45

Item No.

123

D

29354452

S

4.44.95.85.8

H

222629

567

5568

84.5100

2.52.54.55.2

323845

910

122 66

5270

26

48

4

8

172

°

Dimension

20mm25mm32mm

50mm63mm75mm

110mm160mm

40mm

90mm

Dimension

20mm25mm32mm

50mm63mm75mm

110mm160mm

40mm

90mm

mm mm mm

mm mm mm

46

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

6 70

Item No.

123

D

6884.5100

S

2.54.55.2

H

384548

Elbow 87.5 w/cap

Tee 87.5

°

4 122.5 6 515 172.5

°

Item No.

123

D

27334352

S

3.43.95.55.9

H

161922

567

5568

84.5100

2.52.54.75.2

313845

910

122 66

5270

31

48

4

8

172

Dimension

63mm75mm90mm

110mm160mm

Dimension

20mm25mm32mm

50mm63mm75mm

110mm160mm

40mm

90mm

mm mm mm

mm mm mm


3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

33

Item No.

123

D

68

S

2.54.75.26

H

384548

6 70524

Tee 87.5 w/cap°

Tee 45

Item No.

123

54

°

5

84.5100122172

6

D

57.569

S H L

84.5100

122.5181

3.63.74.75.26

10.3

323845485174

AABBBA

A B

Dimension

63mm75mm90mm110mm160mm

Dimension

50mm63mm75mm

110mm90mm

160mm

mm mm mm

mm mm mm mm

48

3

3

3

3

3

3

3

3

3

3

33

3

3

33

3

3

3

3

3

3

3

Item No.

Tee Red. 87.5

Tee Red. 87.5 w/cap

°

°

123456

D

122122122172

707085122

D1 D2

85122

7070

S

6666

9.53.54.76

S1 S2

4.56

55

H

52525270

39384552

H1 H2

4552

3838

Item No.

123456

D

122122122172

707085122

D1 D2

85122

7070

S

6666

9.53.54.76

S1 S2

4.56

55

H

52525270

39384552

H1 H2

4552

3838

Dimension

110/50mm110/63mm110/75mm

160/110mm75/2”

110/2”

mm mm mm

Dimension

110/50mm110/63mm110/75mm

160/110mm75/2”

110/2”

mm mm mm


3

3

3

3

3

3

33

3

3

3

3

3

3

3

Tee Red. 45°

Double branch 45

Item No.

12

°

D

100127

S H

5.28.2

4852

Dimension D S

110/50mm 127127127181

7171100127

D1 D2

127 71

888

10.3

104138.5

S1 S2

8 5.5

H

52525275

32384552

H1 H2

52 38

110/63mm110/75mm160/110mm

110/2”

Item No.

12345

mm mm mm

Dimension

90mm110mm

mm mm mm

50

3

3

3

3

3

3

3

3

3

3

3

3

Double branch 90

Double branch Red. 45

°

°

Dimension Dmm

Smm

110/75mm 127110/2” 127

10071

D1 D288

135.5

S1 S2

Hmm

5252

4538

H1 H2

Item No.

123

Dmm84100

Smm

Hmm

Type

121

4.55.25.3

454851

ABA

Dimension

75mm90mm110mm

Item No.

12

A B


3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

3

33

7 84 4.55.56

455270

122172

Item No.

123

Dmm27

Smm3.43.94.55

Hmm161922

5.5 32264

Coupling

End Cap

5

33415055

6.5 396 77

89

7 90 77

446186

125188

Item No.

123

D S

3.43.94.55

H

161922

5 32264

5

35.5445457

4.5 386 71

89

29.5

8.5

75mm

Dimension

20mm25mm32mm40mm50mm63mm

110mm160mm

75mm

Dimension


110mm160mm

mm mm mm

523

3

3

3

3

3

3

3

3

3

3

3

5 53

Item No.

123

Dmm506375

Smm

54.55

Hmm354044

Clean Out

Syphon

4 90 5 525 110

3

3

3

3

Dimension D S

6

H

52110mm 122

6 796 160

Dimension


Item No.

1

mm mm mm


3

3

3

3

3

3

3

3

3

3

110.2

Item No.

1

D S

4.64.6

H

2525

Roof Drain

Air Vent

2

Item No.

1

D S

34

H

45521182

82

75.1

Dimension

75mm110mm

Dimension

75mm110mm

mm mm mm

mm mm mm

54

3

33

3

33

3

33

3

33

3

33

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

Item No.

1

Reducing Bushes

234567891011121314151617181920

H

253232404040505063637575909090110110110110160

20.220.225.220.225.232.232.240.240.250.250.263.250.263.275.250.263.275.290.2110.3

D

D1 D2

H

25.530302626263232383844444848515252525270

22.522.525.51619222226263131383238483838454852

H1 H2AAAAAAAAAAAABBBBBBBB

Reducing Bushes

Item No. D H

1 1102 75

60.260.2

D1 D25247

3838

H1 H2

3 60 50.2 38 32

type

BAA

Dimension

25 - 20mm32 - 20mm32 - 25mm40 - 20mm40 - 25mm40 - 32mm50 - 32mm50 - 40mm63 - 40mm63 - 50mm75 - 50mm75 - 63mm90 - 50mm90 - 63mm90 - 75mm110 - 50mm110 - 63mm110 - 75mm110 - 90mm160 - 110mm

mmmm mm

Dimension

110 - 2”75 - 2”

2” - 50mm

mmmm

A

B


3

3

3

3

3

3

3

33

3

3

3

3

3

3

3

Eccentric Reducer

Elbow 90 F.TH XSJ

Item No.

1

°

D

5556

S H

33

3232

Item No.

1

H

52525252

32384748

H1 H2

80 52

2345

D

110110110110

5871.586100

D1 D2

160 122110 71.5

S

5.55.55.55.5

44125

S1 S2

6 65.5 4 52 386

2

mm mm mmDimension

110/50110/63110/75110/90160/110110/2”

Dimension

50 - 1 ¼”50 - 1 ½”

56

3

3

33

3

33

3

33

3

3

3

3

Item No. D

1 1272 1403 140

d

114.5127127

d1

119132132

S

66.76.7

H

888

L

150100150

Extension Socket

Floor Trap

Item No. D S

1 682 68

5568

D1 D244

44

S1 S2

H

4848

3434

H1 H2

A L

125 99125 99110 99125 99110 99125 99

3 824 82

5555

44

2.54

4738

3434

5 826 82

5568

44

44.5

4747

3438

Dimension

110mm125mm125mm

Dimension

63 - 50mm63 - 63mm75 - 50mm75 - 1 ½”75 - 1 ½”

75 - 2”

mm mm mm mm mm mm

mmmmmmmmmm


3

3

3

3

3

3

3

3

3

3

122

Item No.

1

D S

4.55.5

H

94109

Repair Coupling

Floor Trap Cover

284

Item No. D S H L

1 109.5 3.5 7 147.52 124.5 3.5 7 147.5

Dimension

75mm110mm

Dimension

110mm125mm

mm mm mm mm

mm mm mm

58

3

33

3

33

Expansion Joint

Item No. D S

1 93.52 132

84122

D1 D2

3 183 173

H

182027

4.755

Dimension

75mm110mm160mm

mm mm mm


60


62


64


66


68

Documents

AL-AMAL FOR PLASTIC PIPES AND FITTINGS (AL-SHARIF) 1 · AL-AMAL UPVC/CPVC/PP-R/HDPE/PP-H Pipes (AL-SHARIF) are well accepted and widely used in domestic water system, warming, cooling,