Camlock fittings, also referred to as cam and groove couplings, are quick-release hose connectors designed to quickly attach and detach hoses or pipes across a wide range of fluid transfer applications. They comprise two main parts: a male adapter and a female coupler.
The male adapter features a grooved ring around its circumference—hence the term "cam and groove"—while the female coupler has cam arms that, when pulled back, allow the male adapter to be inserted. Once the cam arms are released, they lock firmly in place, ensuring a secure connection.
Camlock fittings are commonly used in industries such as agriculture, petroleum, chemical processing, and food production, where frequent and reliable connections and disconnections are required without sacrificing safety or efficiency. These fittings come in various materials including aluminium, stainless steel, brass, and polypropylene. Please verify that polypropylene (PP), the material of these fittings, is suitable for your intended application.
Key advantages of camlock fittings include:
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Fast and Easy Connections: They allow quick joining and separation of hoses or pipes, reducing setup and dismantling times. This is especially beneficial in environments requiring frequent maintenance or changes.
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Secure Sealing: Properly installed camlock fittings create tight seals that prevent leaks, minimising risks of spills and contamination—a critical aspect in ensuring fluid integrity and safety.
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Interchangeability: Designed for compatibility within their size and type ranges, camlock fittings enable flexible connections between different systems and components, simplifying equipment setup and upkeep.
This particular fitting is a Type C Elbow camlock coupling. Type C fittings are female couplers with a hose tail, ideal for connecting hoses to pipes or other fittings. The elbow shape provides added flexibility in fluid transfer systems by facilitating smooth directional changes and optimising pipeline routing in tight spaces. This design enhances system adaptability, allowing it to meet diverse layout demands while maintaining reliable fluid flow.
