Super Flow Plumbing System

  • About Products
  • Pipes
  • Fittings
  • Installation Guide
  • Advantages
  • Precautions

uPVC Solvent Weld Plumbing System For Distribution of Potable Cold Water.
PARAS high pressure uPVC solvent weld plumbing system for transportation and distribution of potable water. It is technically superior, cost effective and ensures uninterrupted flow of water from over head / under ground tank to toilet block, kitchen sink or any other utility. This system is very easy to install and functionally most suitable for plumbing applications in building industry. Apart from being more than 30% cheaper to commercial quality of G.I. Piping system, it has many more years of service life.

Standards & Specifications:

  • ASTM D 1784 - Specification for Rigid PVC Compounds.
  • ASTM D 1785 - uPVC Plastic Pipes, Sch. 40 & Sch. 80
  • ASTM D 2467 - Socket Type uPVC Plastic Fittings Sch. 80

Material:

  • PVC Compound Grade Equivalent to PVC 1120 / 2120

Sizes:

  • 1/2" to 4" Sch. - 40, Sch. - 80, Sch. - 120

Colour:

  • White with Blue Stripes - Sch. 40
  • White with Red Stripes - Sch. 80
  • White with Green Stripes - Sch. 120

Dimension:

  • Standard Length 3 Mtr. & 6 Mtr.

Features and Benefits

  • Excellent Corrosion and Chemical Resistance
  • No sediment deposition, No reduction in bore size
  • Optimum flow rates
  • UV Stabilized
  • Non Corrosive
  • Fire Resistance

Areas of Application

  • Cold Water Distribution Systems, Homes, Offices,
  • Residential, Complexes, Commercial Complexes,
  • Swimming Pool, and Hotels.

Areas of Application - Industrial

  • Industrial Cold Water Process Lines, R.O. System (Reverse Osmosis),
  • Water Purifier Plants, Salt Water Lines, Dye Plants, Chrome &
  • Zinc Plating, Tanning Plants, Sugar, Paper and Distillery Industries.
Schedule 40
Size(in) Mean O.D. Schedule 40 Pipe Quantity
Wall Thickness Pressure
Min Max Rating (Mpa) 3 mtrs 6mtrs
1/2 21.34 2.77 3.28 4.14 50 40
3/4 26.67 2.87 3.38 3.31 40 30
1 33.40 3.38 3.59 3.10 25 20
1 1/4 42.16 3.56 4.05 2.55 10 10
1 1/2 48.26 3.68 4.19 2.28 10 10
2" 60.32 3.91 4.42 1.93 5 5
2 1/2 73.02 5.16 5.7 2.07 5 5
3" 88.90 5.49 6.15 1.79 3 2
4" 114.30 6.02 6.73 1.52 3 2
Schedule 80
Size(in) Mean O.D. Schedule 80 Pipe Quantity
Wall Thickness Pressure
Min Max Rating (Mpa) 3 mtrs 6mtrs
1/2 21.34 3.73 4.24 5.86 50 40
3/4 26.67 3.91 4.42 4.76 40 30
1 33.40 4.55 5.08 4.34 25 20
1 1/4 42.16 4.85 4.44 5.39 10 10
1 1/2 48.26 5.08 5.69 3.24 10 10
2" 60.32 5.54 6.20 2.76 5 5
2 1/2 73.02 7.01 7.85 2.90 5 5
3" 88.90 7.62 8.53 2.55 3 2
4" 114.30 8.56 9.58 2.21 3 2
Schedule 120
Size(in) Mean O.D. Schedule 120 Pipe Quantity
Wall Thickness Pressure
Min Max Rating (Mpa) 3 mtrs 6mtrs
1/2 21.34 4.23 4.83 6.69 50 40
3/4 26.67 4.32 4.83 5.31 40 30
1 33.40 5.08 5.69 4.96 25 20
1 1/4 42.16 5.46 6.12 4.14 10 10
1 1/2 48.26 5.72 6.40 3.72 10 10
2" 60.32 6.35 7.11 3.24 5 5
2 1/2 73.02 7.62 8.53 3.24 5 5
3" 88.90 8.89 9.96 3.03 3 2
4" 114.30 11.10 12.42 2.96 3 2
F.T.A. (Brass)
Size(in) Ref Box Type Packing(Qty)
1/2" x 1/2" Sch - 80 D 25x4=100
3/4" x 1/2" Sch - 80 D 25x4=100
3/4" x 3/4" Sch - 80 D 25x3=75
1" x 1/2" Sch - 80 D 20x2=40
1"x1" Sch - 80 D 25x2=50
1" x 3/4" Sch - 80 D 20x2=40
1 1/4" x 1 1/4" Sch - 80 D 12x2=24
1 1/2" x 1 1/2" Sch - 80 D 12x2=24
2" x 2" Sch - 80 D 5x2=10
Reducing Tee
Size(in) Ref Box Type Packing(Qty)
3/4"x1/2" Sch - 80 C 25X4=100
1x1/2" Sch - 80 C 25X2=50
1x3/4" Sch - 80 C 25X2=50
1-1/4" x 1/2" Sch - 80 C 15X2=30
1-1/4" x 3/4" Sch - 80 C 15X2=30
1-1/4" x 1" Sch - 80 C 15X2=30
1-1/2" X 1/2" Sch - 80 C 12X2=24
1-1/2" X 3/4" Sch - 80 C 12X2=24
1-1/2" X 1" Sch - 80 C 12X2=24
1-1/2" X 11/4" Sch - 80 C 10X2=20
2" X 1/2" Sch - 80 C 6X3=18
2" X 3/4" Sch - 80 C 6X3=18
2" X 1" Sch - 80 C 6X3=18
2" X 1-1/4" Sch - 80 C 5X3=15
2" X 1-1/2" Sch - 80 C 5X3=15
M.T.A. (Plastic)
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X16=400
3/4" Sch - 80 C 25X11=275
1" Sch - 80 C 25X7=175
11/4" Sch - 80 C 25X4=100
11/2" Sch - 80 C 25X4=100
2" Sch - 80 C 20X3=60
2-1/2" Sch - 80 C 9X2=18
Union
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X5=125
3/4" Sch - 80 C 25X3=75
1" Sch - 80 C 25X2=50
1-1/4" Sch - 80 C 10X4=40
1-1/2" Sch - 80 C 9X3=27
2" Sch - 80 C 6X3=18
Reducer
Size(in) Ref Box Type Packing(Qty)
3/4"x1/2" Sch - 80 C 25X8=200
1x1/2" Sch - 80 C 30X7=210
1x3/4" Sch - 80 C 25X5=125
1-1/4"X1/2" Sch - 80 C 20X6=120
1-1/4"X3/4" Sch - 80 C 20X7=140
1-1/4"X1" Sch - 80 C 25X3=75
1-1/2" X1/2" Sch - 80 C 20X5=100
1-1/2" X 3/4" Sch - 80 C 20X5=100
1-1/2" X 1" Sch - 80 C 25X4=100
1-1/2" X 1-1/4" Sch - 80 C 25X2=50
2"X1/2" Sch - 80 C 15X4=60
2"X3/4" Sch - 80 C 20X3=60
2"X1" Sch - 80 C 16X4=64
2"X1-1/4" Sch - 80 C 15X4=60
2"X1-1/2" Sch - 80 C 16X4=64
2-1/2" x 2" Sch - 80 C 9x3=27
Ball Valve
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 56
3/4" Sch - 80 C 72
1" Sch - 80 C 26
11/4" Sch - 80 C 20
11/2" Sch - 80 C 12
2" Sch - 80 C 5
Reducing Elbow 90o
Size(in) Ref Box Type Packing(Qty)
3/4"x1/2" Sch - 80 C 25X5=125
1x1/2" Sch - 80 C 25X4=100
1x3/4" Sch - 80 C 25X3=75
Equal Tee
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X6=150
3/4" Sch - 80 C 25X4=100
1" Sch - 80 C 25X2=50
11/4" Sch - 80 C 15X2=30
11/2" Sch - 80 C 10X2=20
2" Sch - 80 C 5X3=15
2-1/2" Sch - 80 C 3X2=6
F. Thd. Elbow (Brass)
Size(in) Ref Box Type Packing(Qty)
1/2"x1/2" Sch - 80 D 25X3=75
3/4" 1/2" Sch - 80 D 25X2=50
3/4"x3/4" Sch - 80 D 25X2=50
1" 1/2" Sch - 80 D 25X2=50
1" x 1 " Sch - 80 D 15X2=30
1" x 3/4" Sch - 80 D 15X2=30
Reducer Bush
Size(in) Ref Box Type Packing(Qty)
3/4"x1/2" Sch - 80 C 25X12=300
1x1/2" Sch - 80 C 25X12=300
1x3/4" Sch - 80 C 25X12=300
1-1/4"X1/2" Sch - 80 C 25X8=200
1-1/4"X 3/4" Sch - 80 C 25X8=200
1-1/4"X1" Sch - 80 C 25X8=200
1-1/2" X1/2" Sch - 80 C 25X5=125
1-1/2" X 3/4" Sch - 80 C 25X6=150
1-1/2" X 1" Sch - 80 C 25X5=125
1-1/2"X1-1/4" Sch - 80 C 25X5=125
2" x 1/2" Sch - 80 C 25X2=50
2" x 3/4" Sch - 80 C 25X2=50
2" x 1" Sch - 80 C 25X2=50
2" x 1-1/4" Sch - 80 C 25X2=50
2" x 1-1/2" Sch - 80 C 25X2=50
2" x 1 1/4" Sch - 80 C 25x2=50
Male Transition Nipple
Size(in) Ref Box Type Packing(Qty)
1/2" x 4" Sch - 80 D 25X4=100
3/4" x 4" Sch - 80 D 25X3=75
1" x 4" Sch - 80 D 25X2=50
1-1/4" X 4" Sch - 80 D 10X3=30
1-1/2" X 4" Sch - 80 D 10X2=20
2" X 4" Sch - 80 D 5X4=20
Female Transition Nipple
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 D 25X4=100
3/4" Sch - 80 D 25X3=75
1" Sch - 80 D 25X2=50
1-1/4" Sch - 80 D 10X3=30
1-1/2" Sch - 80 D 10X2=20
2" Sch - 80 D 5X2=10
M.T.A. (Brass)
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X16=400
3/4" Sch - 80 C 25X11=275
1" Sch - 80 C 25X7=175
11/4" Sch - 80 C 25X4=100
11/2" Sch - 80 C 25X4=100
2" Sch - 80 C 20X3=60
2-1/2" Sch - 80 C 9X2=18
Elbow 90o
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X9=225
3/4" Sch - 80 C 25X5=125
3/4" Sch - 80 C 25X5=125
1" Sch - 80 C 25X3=75
11/4" Sch - 80 C 25X2=50
11/2" Sch - 80 C 15X2=30
2" Sch - 80 C 9X2=18
2-1/2" Sch - 80 C 4X3=12
F. Thd. Tee (Brass)
Size(in) Ref Box Type Packing(Qty)
1/2"x1/2" Sch - 80 D 25X2=50
3/4" Sch - 80 D 20X2=40
3/4"x1/2" Sch - 80 D 25X2=50
1" Sch - 80 D 12X2=24
1"X1/2" Sch - 80 D 15X2=30
1"X3/4" Sch - 80 D 15X2=30
Threaded plug
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 D 50X14=700
3/4" Sch - 80 D 50X10=500
1" Sch - 80 D 50X6=300
Tank Connector


Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25X5=125
3/4" Sch - 80 C 25X3=75
1" Sch - 80 C 25X2=50
11/4" Sch - 80 C 10X3=30
11/2" Sch - 80 C 5X2=20
2" Sch - 80 C 5X2=10
Bypass Bend
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 WSB 50
3/4" Sch - 80 WSB 25
1" Sch - 80 WSB 25
11/4" Sch - 80 WSB 20
11/2" Sch - 80 WSB 15
2" Sch - 80 WSB 10
Long Bend 90o
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 WSB 50
3/4" Sch - 80 WSB 50
1" Sch - 80 WSB 25
11/4" Sch - 80 WSB 20
11/2" Sch - 80 WSB 15
2" Sch - 80 WSB 10
One Side Threaded Tee
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x6=100
3/4" Sch - 80 C 25x4=100
1" Sch - 80 WSB 25x2=50
3/4" x 1/2" Sch - 80 C 25x4=100
Pipe Clip
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 D 50x9=450
3/4" Sch - 80 D 50x8=400
1" Sch - 80 D 50x6=300
1 1/4" Sch - 80 D 50x4=200
1 1/2" Sch - 80 C 50x3=150
2" Sch - 80 C 50x2=100
Circuit Testing Plug
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 D 25x8=200
End Cap
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 D 25x10=250
3/4" Sch - 80 D 50x6=150
1" Sch - 80 D 25x3=175
1 1/4" Sch - 80 D 25x2=50
1 1/2" Sch - 80 C 25x4=100
2" Sch - 80 C 20x3=60
2" 1/2 Sch - 80 C 9x4=36
Bend 450
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x10=250
3/4" Sch - 80 C 50x6=150
1" Sch - 80 C 25x4=100
1 1/4" Sch - 80 C 25x2=50
1 1/2" Sch - 80 C 10x4=40
2" Sch - 80 C 10x2=20
One Side Threaded Elbow
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x10=250
3/4" Sch - 80 C 25x5=125
1" Sch - 80 C 25x3=75
3/4" x 1/2" Sch - 80 C 25x5=125
Coupler
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x12=300
3/4" Sch - 80 C 25x7=175
1" Sch - 80 C 25x5=125
1 1/4" Sch - 80 C 25x3=75
1 1/2" Sch - 80 C 20x3=60
2" Sch - 80 C 12x3=36
2" 1\2 Sch - 80 C 6x3=18
Cross Tee
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x4=100
3/4" Sch - 80 C 25x3=75
1" Sch - 80 C 20x2=40
F.T.A. (Plastic)
Size(in) Ref Box Type Packing(Qty)
1/2" Sch - 80 C 25x12=300
3/4" Sch - 80 C 25x9=225
1" Sch - 80 C 25x5=125
1 1/4" Sch - 80 C 25x3=75
1 1/2" Sch - 80 C 16x4=64
2" Sch - 80 C 12x3=36
2 1/2" Sch - 80 C 6x3=18
  • Cutting the Pipe :Cut the pipe square with hand saw with suitable guide or by pipe cutter. Joint preparation. Chamfer or deburr pipe or both, approximately at 10o - 15o Remove burrs form inside and outside diameters with a knife file or abrasive paper.
  • Test dry fit of the joint : Insert the pipe into the fitting and check that the interference occur about 1/3rd to 2/3rd of the socket depth. Too tight or too lose fitment may lead to leak, hence should be avoided.
  • Cleaning : Reamove any dirt, moisture or grease from pipe end & fitting sockets with a clean dry rag.
  • Application of Solvent Cement : Apply cement lightly but iniformly to inside of socket and outside of pipe and with a natural bristle nylon brush or suitable applicator. Apply a second coat of cement to the pipe end. Do not apply excessive cement in bell socket. Apply cement rapidly and be sure to completely cover all jointing surface area of the pipe and fittings.
  • Assembly of Joint : Immediately after applying the last coat of cement to the pipe (within 20 second) insert the male end of the pipe in the socket, giving pipe or fitting 1/4 turn to evenly distribute the cement. Remove excess cement from the pipe at the end of fitting socket. The joint must not be disturbed immediately after cementing. so that joint can properly cure. Allow cement to cure before pressurizing the system. Recommended curing time is 24 hours.
The key properties of PARAS Superflow high pressure Lead Free plumbing System are significant with following features
  • Strong and light weight : Paras Superflow lead free Plumbing System is tough, durable with high tensile and impact strength. The system is light in weight and can be transported easily from one place to another.
  • Easy to Install : Paras Superflow Lead free pipe can be cut, shaped, welded and jointed easily.
  • Durable : Paras Superflow Lead Free Plumbing System is durable and free from weaknesses caused by rusting, weathering and chemical action and hence last for life time.
  • Fire resistant : Paras Superflow Lead Free Plumbing system is inherently difficult to ignite and stops burning once the source of heat is removed. Compared to its common plastic alternatives PVC performs better in terms of lower combustibility, flammability, flame propagation and heat release. Newly developed advantages in terms of lower acid emissions, smoke generation and enhanced fire resistance.
  • UV stabilized : Paras Superflow lead free Plumbing System can be used in sunlight exposed conditions. However, Paras recommends a standard grade of exterior latex paint (water base) which will protect the system adequately.
  • Simple and Leak Proof Joints : Jointing can be done speedily with special IPS solvent cement supplied by the company which ensures 100% leak proof joints.
  • Maximum Flow Rate : Smooth inner surface ensures high flow rate and low friction losses. The system is leach and scale free.
  • Safe Material for Drinking Water : Paras Superflow pipes are non-toxic and lead free which makes them a safe material for potable water. It is also the world's most researched and thoroughly tested material for PVC which meets all international standards for safety and health for both the products and applications.
  • Good insulator : PVC does no coduct electricity. Paras Superflow pipes are non conductor of electricity so it make the plumbing system safe when working with electrical tools or equipments.
  • Chemical Resistance : uPVC is generally inert fo most mineral acids, bases, salts and paraffinic hydrocarbon solutions. For more information uPVC chemical resistance refer to Chemical Resistance of Rigid Vinyls Based.
  • Wide Range : Paras Superflow Lead Free Plumbing System available form 1/2" (15mm) to 4"(100mm) with wide range of fittings. transition fittings,valves and specially designed brass inserted fittings to suit any design criteria.
  • Avoid forceful insertion of the pipe into the fitting.
  • Installation Pipelines should be straight and in 90o degree and always supported with pipe clips on specific intervals.
  • When the system is to be concealed it should be pressure tested before concealment.
  • This system is not recommended for geyser outlets and hot water supply.