Products Name: CPVC Pipe and Fitting

Properties 

1) Healthy, anti-bacteria, conforming to drinking water standards

2) Resistant to high temperatures, good impact strength

3) Convenient and firm installation, low construction expenses

4) Excellent heat-insulation property, minimum thermal conductivity

5) Lightweight, convenient to transport and handle, good for saving labor

6) Smooth inner wall, reduce pressure loss and increase flow speed

7) Sound insulation (reduced by 40% compared to galvanized steel pipes)

8) Light color and excellent design, suit both exposed and hidden installation

9) Recyclable, environment-friendly, in accordance with GBM standards

Appication:

Industries – Chemicals, Effluents, Air, Food

Utilities – Water, Gas, Cable Ducting

Building – Soil, Waste & Rain Water (SWR), Plumbing

Energy – Solar Water Heaters and Geysers

Corrosive Fluid Pipe Lines – Dyehouses, Chrome & Zinc Plating Plant, etc.

Non-Explosive Dry Materials Handlings – Sand, Cement, Rock Salt Plastics Comp

Related Products: 

                                                          CPVC ASTM D2846  Family

                                              CPVC DIN Family

                                            CPVC  SCH80  Family

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Working picture for CPVC pipe and fittings

Plastic Pipe System

Assemble the parts in a dry run and draw alignment marks so when you put the pieces together again they will face the right directions.

Measure for the desired length and mark the pipe with a felt-tip marker. Cut small-diameter plastic pipe with a PVC pipe cutter (shown) or a saw and miter box.

Step 02

PVC pipe cutters cut cleanly, but if you use a saw or there are any burrs, use a deburring tool to smooth the inside and outside of the cut end. Dry-fit the pipes and make alignment marks.

Step 03

Using a small can with a small applicator brush, apply purple primer to the inside of the fitting and the pipe end. Place the pieces on a surface where they will not get dirty.

Step 04

One pipe and fitting at a time, apply cement to the inside of the fitting and to the pipe end.

Step 05

Quickly insert the pipe into the joint and twist. Where there are alignment marks, make sure they meet. Hold for a few seconds and then wipe the joint with a damp rag.

Step 06

 Plastic compression tees are ideal for breaking into an existing line where it is difficult to glue a standard tee. Note the distance that the pipe should be inserted into each end of the compression tee -- usually 1/4 inch. Mark the length of the tee and the insertion points (your cut lines).

  Step 07

Turn off the water and drain the system. Use a plastic-pipe saw or other fine-tooth saw to cut the pipe. Deburr the pipe. Slip the nut and rubber gasket onto each end of the pipe. Bend the pipe out slightly to slip the tee into place.

Step 08

Tighten the nuts with groove-joint pliers. Do not overtighten. Add the extension to the line, following the steps above for cementing plastic pipe. Turn on the water to test the extension.

Packaging: Standard export carton or customized.

Shipping:    By Sea/Air/Courier