Camlock fittings, also known as cam and groove couplings, are quick-release hose connectors designed to swiftly connect and disconnect hoses or pipes in a wide range of fluid transfer applications. They consist of two primary parts: a male adapter and a female coupler.
The male adapter has a grooved ring around its circumference—hence the term "cam and groove"—while the female coupler features cam arms which, when pulled back, allow for the insertion of the male adapter. Once the cam arms are released, they lock securely into place, creating a tight connection.
Widely used in sectors such as agriculture, petroleum, chemical, and food processing, camlock fittings enable frequent assembly and disassembly without compromising safety or efficiency. Available in various materials including aluminium, stainless steel, brass, and polypropylene, these particular fittings are made from polypropylene (PP)—please ensure this material suits your intended application.
The benefits of camlock fittings contributing to their extensive use include:
Fast and Simple Connection: Allowing quick coupling and uncoupling of hoses or pipes, they reduce setup and breakdown times. This is especially useful where systems require frequent adjustments or maintenance.
Secure Sealing: When correctly connected, camlock fittings form a tight seal that prevents leaks, lowering the risk of spills and contamination. This is vital in applications where fluid safety and integrity are essential.
Interchangeability: Designed to be compatible within their sizes and types, camlock fittings enable flexible connections between different equipment, facilitating easy system setup and upkeep.
This is a Type C Elbow camlock fitting. Type C fittings are female couplers with a hose tail, suitable for linking hoses to pipes or other fittings. The elbow design offers enhanced flexibility in fluid transfer systems by enabling smooth changes in direction and optimising pipeline routing in tight spaces. This adaptability improves system layout options while maintaining reliable fluid flow.
