WAVIN-Stabi FiberGlass polypropylene (PPR) pipe represents an innovative solution in the field of sanitary and heating systems. It combines the strength and reliability of polypropylene with the benefits of fiberglass composite technology, providing superior performance over traditional PPR pipes.
GENERAL CHARACTERISTICS
Type: Polypropylene (PPR) pipe WAVIN-Stabi FiberGlass
Diameter: 63mm
Pressure: 25 bar
Material: PPR
The 63mm diameter of this pipe is ideal for use in large piping systems that require greater flow of water or other liquids. This size allows for efficient transport of both hot and cold water, making it suitable for both domestic and industrial installations.
The 25 bar pressure rating is an important characteristic indicating the pipe's ability to withstand high pressure without deformation or damage. This aspect is important to maintain the integrity of the piping system and prevent leaks or other problems that may arise during operation.
PPR (Polypropylene Random Copolymer) material offers many advantages. It is resistant to corrosion, does not degrade when exposed to common chemicals in water, and is not adversely affected by prolonged exposure to high temperatures. These characteristics make PPR an ideal material for pipes used in a variety of applications including potable water, central heating and industrial fluid transport systems.
The FiberGlass technology added to the design of this pipe significantly improves the mechanical and thermal properties of the product. Integrated fiberglass provides greater rigidity and reduces the coefficient of thermal expansion. This means that WAVIN-Stabi FiberGlass pipes are less susceptible to deformation caused by temperature changes, maintaining their shape and functionality even under intensive use.
In conclusion, WAVIN-Stabi FiberGlass 63mm Diameter 25bar PPR Pipe is an excellent choice for any piping system requiring high performance and durability. PPR material provides resistance to corrosion and chemicals, while FiberGlass technology adds stability and reduces thermal expansion. These combined characteristics make this product a reliable solution for a variety of sanitary and industrial applications.