Compression elbow PN 6 bar, d. 32 x 1/2 (female)

The compression bend with passage is an important element in the installation piping system, providing functionality and durability. Here is a detailed analysis of its characteristics:

Type: Compression elbow with passage
The purpose of the outlet is to provide direction for the flow of fluid in a pipe system. Being compressible, it provides increased strength and durability, maintaining the integrity of the system on a long-term basis.

Entry Diameter: 1/2"
Entry size expressed in 1/2 inch indicates compatibility with industry standards. This size is ideal for easy integration into existing systems and efficient operation.

Outlet diameter: 32mm
The 32mm diameter outlet is designed to ensure optimal fluid flow in the piping system. This size is designed to provide sufficient flow to meet application requirements.

Pressure: 6 bar
The outlet is capable of withstanding a maximum pressure of up to 6 bar, making it suitable for moderate pressure applications. This ensures the system operates safely and reliably, eliminating the risk of damage or leakage.

Internal thread
The presence of an internal thread facilitates installation and sealing of the outlet in the pipe system. This part helps ensure a reliable and tight connection, minimizing the risk of leakage and loss of fluid.

Material: Polylen
The elbow is made of polythene, a material known for its durability and resistance to corrosion and wear. The choice of this material contributes to the reliability and durability of the system, regardless of operating conditions.

Conclusion
The through-hole compression bend is a key element in piping infrastructure, providing direction and control of the flow of fluids in an efficient and reliable manner. With characteristics such as pressure resistance, dimensional compatibility and material durability, it is designed to meet the varied requirements of industrial and commercial applications. As a key element in the piping system, the bend ensures optimal performance and trouble-free operation on a long-term basis, contributing to the efficiency and reliability of the entire system.