Compression elbow PN 6 bar, d. 20 x 3/4 (male)

A compression elbow with passage is an important component in a hydraulic system designed to facilitate the passage of fluid in a specific direction. As a key element, this elbow is manufactured to the highest standards of quality and performance.

Main characteristics:

Type: Compression Elbow with Passage - This key feature indicates the specific functionality of the elbow in a hydraulic system. The compression passage allows fluid to pass in a specific direction, thereby promoting efficient flow.

Inlet Diameter: 3/4 inch - Inlet diameter indicates the size of the port through which fluid enters the elbow. With a 3/4 inch rating, it is designed to connect with matching pipes, providing a strong and reliable connection.

Outlet Diameter: 20mm - The outlet diameter indicates the size of the port through which the liquid is directed to its destination. With a size of 20mm, this elbow is designed to ensure efficient and fast fluid flow in the desired direction.

Pressure: 6 bar - The pressure rating indicates the maximum pressure that the elbow can withstand during normal operation. With a 6 bar rating, this elbow is strong and reliable when handling normal hydraulic pressures.

Male Thread - Male threads are designed to provide a reliable and leak-free connection between the elbow and other components of the hydraulic system. This aspect ensures the integrity and proper operation of the entire system.

Material: Polyethylene - The material from which the elbow is made is critical to its durability and performance. Polyethylene is known for its resistance to corrosion and wear, providing long service life and reliability in a variety of working environments.

Conclusion:

Overall, the compression elbow with passage is an important and reliable component in a hydraulic system, providing an effective and safe solution for fluid routing in industrial and commercial applications. With its precise specifications and durable materials, this elbow is designed to meet the performance and durability requirements of a variety of work environments.