Polypropylene corner (PPR) 90° d.40
Description of polypropylene (PPR) 90 degree corner connector:
The connector shown is a 90 degree polypropylene (PPR) elbow fitting designed for use in piping systems. Made from PPR, a material known for its durability and corrosion resistance, this connector provides reliability and safety in sanitary and heating installations.
Key Features:
Type: Polypropylene (PPR) 90 degree corner joint.
Diameter (mm): 40 mm.
Pressure (bar): 16 bar.
Material: Polypropylene (PPR).
Important details:
Durable and Resistant: Made from PPR, this connector is long lasting and damage resistant, providing consistent performance over time.
Suitable for Various Applications: With a 90 degree angle, this connector is ideal for use in piping systems, providing accurate and reliable angles in sanitary and heating installations.
Standard Sizes: With a diameter of 40mm, this connector fits comfortably into common piping systems and is compatible with a variety of accessories and pipes.
High Pressure Resistance: With a pressure rating of up to 16 bar, this connector is designed to handle high pressures in plumbing and heating systems, ensuring safety and installation integrity.
Easy to Install: With its ergonomic design and low weight, this connector fits easily into existing systems, saving installation time and effort.
Universal Compatibility: Manufactured to industry standards, this connector is compatible with a wide range of polypropylene accessories and pipes, providing flexibility in the design and maintenance of piping systems.
Conclusion:
The 90 degree polypropylene (PPR) corner joint is an excellent choice for sanitary and heating installations, providing durability, reliability and optimal performance in a variety of applications. With rugged construction and thoughtful design features, this connector is an essential element in any piping system, ensuring the installation functions correctly and safely.
Type: | elbow 90° |
Diameter, mm: | 40 |
Body material: | PPR |
Color: | White |
Ambient temperature °C: | 0...+50 |