أنابيب السباكة البلاستيكية (PPR) من (Thomsun) قياس (110mmx4m) بمعامل ضغط (PN-20)

PN stands for design pressure. PN-16 indicates a maximum working pressure of 16 bar, allowing it to handle high-pressure piping systems safely.

This pipe is rated to withstand temperatures up to 95°C, making it suitable for hot water and other elevated-temperature piping.

The pipe is made from polypropylene random copolymer (PPR-C). PPR-C offers excellent temperature stability, high chemical resistance, and strong resistance to corrosion and abrasion, contributing to a long service life.

The pipe has a diameter of 110 mm and a length of 4 meters, with a PN-16 pressure rating.

Typical installation steps: plan the layout, cut the pipe to the required length with a standard saw or pipe cutter, deburr the edges, dry-fit the run, and then join using PPR-compatible fittings with a heat-fusion tool for leak-free joints. Allow joints to cool before pressurizing the system.

Use PPR-compatible fittings and a fusion (heat-wusion) joining method with a compatible fusion tool. Avoid solvent cement and ensure clean, deburred edges for best results.

It's suitable for high-temperature water distribution, general water piping, and heating or process lines that require good chemical resistance and durability. It’s well-suited to systems where corrosion resistance is important.

Compared to other PPR pipes on Fepy, Thomsun PPR Pipe 110mm x 4m PN-16 offers a strong balance of temperature tolerance, pressure rating, and chemical resistance. For broader comparisons, you can explore similar options on Fepy:

Yes. Fepy offers additional Thomsun PPR pipe sizes in various diameters and lengths. You can browse the Thomsun PPR Pipe range to select the appropriate size for your project.

Consider the layout of your piping network, required bends and fittings, and thermal expansion allowances. You may need to join multiple 4m pieces with appropriate fittings to achieve longer runs; plan ahead to minimize joints and pressure losses.

Ensure proper installation with correct fusion joints, avoid mechanical damage during handling, protect outdoor runs from UV exposure if applicable (or use protective housing), and periodically inspect joints and supports for signs of wear or movement.