PPR pipe fittings are the most popular pipe material in modern architecture. It has excellent physical and chemical properties, and is easy to construct and maintain. The production material of PPR pipe fittings belongs to polypropylene, so it has excellent characteristics such as high temperature resistance, strong pressure, chemical corrosion resistance, and low thermal conductivity, so it is widely used in building water heating systems.
PPR pipe fittings are mainly divided into three categories, namely pipes, fittings and valves. The pipes are presented as straight pipes with diameters from 12mm to 160mm and wall thicknesses from 3.7mm (SDR11) to 17.9mm (SDR6). These pipes have a working pressure range from PN12.5 to PN20 and are suitable for water supply, heating and air conditioning systems used in homes, schools, hospitals, hotels, public buildings as well as industrial fields. On the other hand, pipe fittings are divided into J-shaped pipes, elbows, tees, crosses, etc., and many other pipe fittings to meet the needs of different toilets and heating systems. Valves provide precise control mechanisms for filling water, controlling flow and regulating temperature throughout the piping system.
During construction, PPR pipe fittings are easy to install and can be quickly connected. Its installation is very simple as few additional tools are required. At the same time, PPR pipes also avoid the high risk of joint aging, which is a serious problem common to plastic pipes. Since PPR pipe fittings do not require welding or welding, the installation time is greatly shortened, and the man-made damage caused by welding is reduced.
Another advantage of PPR pipe fittings is its lower price, which makes it a more preferred option for many users. The low cost and low maintenance cost of PPR pipe fittings, as well as its superior performance, will prompt it to be widely used in the future.
In short, PPR pipe fittings can provide safe and efficient water supply, heating and air conditioning systems, which are easy to install, low in use cost, and have excellent physical and chemical properties. Therefore, it has become the most popular and suitable type of pipe in modern architecture.