PPR pipes have high chemical resistance and can withstand extreme temperatures, ultraviolet rays and stress for extended periods. They are also less prone to leaks than metal pipes. They can be used in residential plumbing and industrial applications such as piping systems. They can be easily installed and are highly favored by home builders.
PPR pipe fittings are made from the same thermoplastic material as the pipes to ensure reliable connections. They are available in a variety of configurations to accommodate different piping layout requirements. These include elbows that turn 90- or 45-degree angles in piping runs, tees that allow branching of main lines to feed fixtures and equipment, couplings that join two sections of straight pipe, and adapters that connect to other pipes with different diameters. Other PPR pipe fittings include caps that close off the ends of a pipe, reducers that transition between varying pipe sizes, and valves that control water flow and provide isolation points.
The process of manufacturing ppr pipes and fittings begins with the selection of high-quality raw materials to ensure consistent properties. The material is then melted and extruded into the desired shape. The finished product undergoes rigorous quality control testing to ensure dimensional accuracy and consistency.
The next step is to heat the pipes and fitments. You can use a hot air gun or special fusion machine to heat the pipes and fittings. Once the material is hot, insert the pipe into the corresponding fitting and apply slight pressure. Then, you can use a fusion tool to fuse the two together. Then, let the joints cool. ppr pipes and fittings