Quick connector fitting DN10 G3/8", steel K27 GW38

Pneumatic quick connector for compressed air systems

This quick connector, with a nominal diameter of DN10 and a G3/8 inch thread, is a reliable element for connecting in pneumatic systems. Made of steel, it provides durability and resistance to mechanical damage. It is an essential component for quickly and safely connecting pipes to pneumatic devices, minimizing pressure loss.

Construction and application

This connector serves as an intermediate element between a pneumatic pipe and a device requiring compressed air supply. Its construction based on type 27 guarantees a secure connection and ease of use. It finds application in a wide range of industries, from industrial automation, through automotive workshops, to pneumatic control systems. The G3/8 inch thread allows for easy integration with existing infrastructure.

Key features and benefits

• Durability: Steel construction ensures long-term operation even in demanding working conditions.
• Quick assembly: The quick connector system allows for quick connection and disconnection of pipes without tools - saving time during installation and servicing.
• Tightness: Provides a hermetic connection, eliminating the risk of air leaks and maintaining optimal pressure in the system.
• Compatibility: Standard G3/8 inch thread guarantees compatibility with most pneumatic devices and pipes available on the market.
• Versatility: Suitable for applications in various industries where compressed air is used.
• Corrosion resistance: The steel construction is resistant to external factors, which extends the life of the component.

This connector is characterized by a nominal diameter of DN10, a G3/8 inch thread, and its steel construction ensures strength and resistance to damage. The construction based on type 27 guarantees a secure connection.

This connector is a solid solution for professionals and end-users looking for a reliable element for building or upgrading pneumatic systems. Its durability and ease of assembly translate into work efficiency and minimization of downtime.