Polypropylene elbow (PPR) 90 degrees d.32

Description of Polypropylene (PPR) 90 Degree Corner Joint:

The presented corner connection is an integral element of piping systems, representing a 90 degree polypropylene (PPR) corner connection. It is designed to ensure efficient flow of fluids in sanitary and heating installations, while providing long-term durability and reliability.

Main characteristics:

Type: Polypropylene (PPR) 90 degree corner joint.
Diameter (mm): 32 mm.
Pressure (bar): 16 bar.
Material: Polypropylene (PPR).

Important details:

Durable and Reliable: Polypropylene (PPR) material gives this corner joint a long service life and a high degree of corrosion resistance, ensuring stable system operation for a long time.

Efficiency in Fluid Flow: The 90 degree angle allows for precise and efficient turns in installations, facilitating optimal fluid distribution and minimizing pressure loss.

Standard Sizes: With a diameter of 32mm, this elbow joint conveniently fits a wide range of applications, compatible with standard pipes and accessories available on the market.

High Pressure Resistant: Designed to withstand pressures up to 16 bar, this elbow joint is ideal for use in plumbing and heating applications, ensuring safety and installation integrity.

Easy to Install: With its ergonomic design and low weight, this corner connection can be installed quickly and efficiently within installation projects, saving time and resources.

Universal Compatibility: Manufactured to industry standards, this elbow joint is compatible with a wide range of polypropylene accessories and pipes, providing flexibility in the design and expansion of piping systems.

Conclusion:

The 90 degree polypropylene (PPR) corner joint is an integral part of sanitary and heating installations, providing the optimal combination of durability, efficiency and reliability. With well-designed features and superior performance, this corner connection is the ideal choice for any installation project, ensuring the system operates correctly and efficiently over time.