Compression elbow with passage PN 6 bar, d. 32 x 25

The bore compression angle is an integral element in various industrial and engineering applications to ensure efficient flow of fluids in a system. It is designed to connect two pipes at a specific angle, allowing the transfer of fluids at different pressures and temperatures. Its technical characteristics are key for the optimal operation of the entire system.

Type and Dimensions: The angle in question is a compression angle with a passage that allows fluid to pass through without obstruction. The inlet diameter is 32 mm and the outlet diameter is 25 mm, providing an efficient transition between pipes of different sizes. These dimensions are critical to the compatibility and efficiency of the entire system.

Pressure and Threads: To maintain system integrity and ensure proper operation, the angle has a pressure rating of 6 bar, sufficient for most common industrial applications. The internal thread provides a safe and sealed corner connection in the system, preventing leaks and pressure loss.

Material: An important aspect of this angle is the material from which it is made. It is made from polyethylene, often chosen for its chemical resistance, strength, and ability to resist corrosion. Polyethylene is known for its versatility and ability to cope with varying temperature and pressure conditions, making it suitable for a wide range of applications.

Uses and Applications: Compression corner with passage can be found in various industrial fields including chemical industry, oil and gas, water treatment, food processing and many others. It is used in piping systems to transport liquids, from water and natural gas to aggressive chemicals.

Importance and Functionality: The function of this corner in the system is critical. It ensures the correct direction of fluid flow, reducing resistance and pressure loss, while minimizing the risk of blocked or clogged pipes. Selecting a high quality compression angle with the correct sized passage is essential to the performance and reliability of the overall system.

Conclusion: In conclusion, the described compression angle with passage is an integral element in piping infrastructures used in various industries. Its technical characteristics, such as dimensions, pressure and material, play a key role in ensuring optimal performance of the system in which it is integrated. This is an example of how seemingly small things can have a significant impact on the productivity and efficiency of an entire industrial system.