Camlock fittings, also known as cam and groove couplings, are quick-release hose connectors used to rapidly attach and detach hoses or pipes across a range of fluid transfer applications. They comprise two main components: a male adapter and a female coupler.
The male adapter features a groove-ring around its circumference (hence the term "cam and groove"), while the female coupler is equipped with cam arms that, when pulled back, allow the male adapter to be inserted. Once the cam arms are released, they lock firmly in place, providing a secure connection.
Camlock fittings are widely used in sectors such as agriculture, petroleum, chemical processing, and food production where frequent connections and disconnections are needed without compromising safety or efficiency. These fittings are available in various materials including aluminium, stainless steel, brass, and polypropylene. Please ensure polypropylene (PP), the material of these fittings, is appropriate for your intended application.
The advantages of camlock fittings, which contribute to their extensive use across industries, include:
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Rapid and Simple Connection: They enable quick linking and unlinking of hoses or pipes, saving time during assembly and disassembly. This is especially beneficial where frequent adjustments or maintenance are required.
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Reliable Sealing: When correctly connected, camlock fittings form a tight seal that prevents leaks, reducing the chance of spills and contamination. This sealing is vital in applications prioritising fluid integrity and safety.
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Interchangeability: Designed to be compatible within their size and type ranges, camlock fittings offer flexibility and convenience by allowing components from different systems to be readily connected and maintained.
This particular fitting is a Type C Elbow camlock coupling. Type C fittings are female couplers with a hose tail, suitable for connecting hoses to pipes or other fittings. The elbow shape enhances fluid transfer systems by allowing smooth directional changes and optimising pipeline layouts in confined spaces. This adaptability improves system flexibility while maintaining reliable fluid flow.
