The design of these quick couplings allows high flow with low pressure drop and is no-spill when disconnected.
In the Small, Medium, Large and X-Large series, the spring is not in the fluid path, so the materials that come into contact with the medium are limited to a selectable plastic and a seal.
Only in the Mico series is the spring is also in fluid path, you can choose between 302 stainless steel or non-metallic material.
The different quick couplings can be combined as desired within each series.
Barbed Quick Couplings
Threaded Quick Couplings
Panel Mount Quick Couplings
Port Plate Quick Couplings
Sanitary Flange Couplings
Caps
Plugs
In the world of connection technology, quick couplings play a crucial role when it comes to connecting fluids and gases safely and efficiently. A special variant of these innovative connection mechanisms are sliding lock quick-release couplings. This technology has proven to be extremely practical and reliable and is used in a wide variety of applications.
Sliding lock quick couplings are characterized by their easy handling and the quick connection. They typically consist of a male and female part that slide together to create a robust and leak-proof connection. The locking is done by a sliding locking mechanism, which prevents the coupling from being released unintentionally and thus ensures safety during operation. The integrated shut-off valves enable a safe separation of the fluid path without the medium leaking out (no-spill).
A major advantage of these quick connectors is their versatility. They are used in numerous sectors and applications, such as in pneumatics, medical technology, the chemical industry and in the pharmaceutical industry. Ease of use is another plus point. The quick couplings can be operated with just one hand, which simplifies the work process and saves time.
Material selection plays a crucial role in the performance of these couplings. Our high-quality quick couplings can be made from a variety of plastic and seal combinations that are highly resistant to corrosion and aggressive media.