Compression adapter with flange PN 6 bar, d.110 x 4" (flange 8 holes)
The compression flange application is an integral part in a piping system designed to facilitate the connection and interconnection between pipes of different diameters. This component is designed to provide a reliable and leak-free connection between pipes, ensuring the integrity of the hydraulic or pneumatic system in which it is used.
Characteristics:
Type: Compression adapter with flange.
Outlet diameter: 4 inches.
Inlet diameter: 110 mm.
Pressure: 10 bar.
Material: Polyethylene.
The adapter is designed with an outlet diameter of 4 inches, providing a standardized interface for connection to other equipment or pipes of the same size. This is extremely important for compatibility and pairing in the system.
The 110mm inlet diameter indicates the adapter's ability to connect to pipes of this diameter, offering a versatile solution for connecting to a variety of components or existing pipe networks.
The 10 bar pressure rating underscores the adapter's ability to withstand high system pressures. This is critical to maintaining system integrity and preventing leaks or breakdowns.
The material used, polyethylene, is known to resist corrosion and wear, ensuring the adapter is durable and reliable in a variety of environments and operating conditions. The choice of this material emphasizes the attention to quality and performance in the design and manufacture of the adapter.
In conclusion, the flange compression adapter is an integral element in the piping system, providing a reliable, leak-proof and durable connection between pipes of different diameters. Due to its durable characteristics and high quality material, this adapter is an ideal choice for various industrial applications such as construction, hydraulic or pneumatic engineering.
Type: | compression adapter with flange |
Diameter, mm: | 110 |
Diameter, inch: | 4 |
Body material: | polyethylene |
Color: | Black/Blue |
Maximum working pressure, bar: | 10 |
Temperatura maxima apa, °C: | +40 |