Camlock coupling - versatile and efficient quick coupling

A camlock coupling, also called cam and groove coupling, is one of the most widely used couplings for quickly and safely connecting hoses and pipes. Thanks to their simple and effective design, these couplings can be connected and disconnected without tools, saving time and increasing efficiency. Camlock couplings are used worldwide in various industries such as chemical, food, petrochemical and agriculture.

These couplings are available in various materials, including stainless steel, aluminum, brass and polypropylene, making them suitable for a variety of applications. Whether conveying chemicals, fuels, water or food, camlock couplings offer a reliable and leak-free solution.

Camlock coupling applications.

Thanks to their versatility and reliability, camlock couplings are widely used in a variety of industries. In the chemical industry, they are used to safely transport chemical liquids and solvents. The food industry uses camlock couplings for moving fluids such as juices, milk and oils, where hygiene and leak-free connections are essential.

Within the petrochemical sector, camlock couplings play a crucial role in transferring fuels and oils. They are also a popular choice in agriculture, including for irrigation systems and spreading fertilizers and water. The construction industry frequently uses these couplings for pumping fluids on construction sites, where speed and reliability are key.

Advantages of camlock coupling

One of the main advantages of camlock couplings is their easy and quick installation. The coupling works with a lever mechanism, allowing it to be tightened or disconnected within seconds without tools. This not only saves time, but also reduces the risk of errors and leaks.

In addition, camlock couplings offer a reliable and leak-free connection, which is crucial when transporting liquids and gases. They can withstand high pressure and can be used in environments where robustness and durability are required. The wide range of materials available, such as stainless steel and brass, makes it possible to choose the right coupling based on the specific application and the substances to be transported.

The robust construction of camlock couplings ensures a long service life and resistance to corrosion and wear. This makes them suitable for both industrial and commercial applications where reliability and efficiency are essential.

Why choose Mees van den Brink?

At Mees van den Brink, we strive to provide our customers with the best products and service. From stock, our camlock couplings are usually available within one day, so you won't have to wait long for your order. We understand that speed and reliability are of great importance in industrial processes, which is why we ensure that our couplings are readily available.

In addition, we have in-house assembly, welding and testing departments, allowing us to customize couplings and hoses to your specific needs. This means that we not only supply standard products, but also offer customized solutions that perfectly fit your application.

In addition to standard lengths, we also offer custom cut hoses, so you are always assured of an optimal fit and efficient operation of your system.

See also our other products

In addition to camlock couplings, Mees van den Brink offers a wide range of couplings for various applications. Our guillemin couplings are specially designed for the chemical and petrochemical industry and offer a reliable and leak-free connection.

For hydraulic systems, we have a wide range of hydraulic couplings, which can withstand high pressure and ensure safe and efficient transfer of fluids. We also offer claw couplings, which are widely used in the construction and industrial sectors for quick and easy coupling of compressed air hoses.

Would you like to know more about our camlock couplings or our other product range? Please contact one of our specialists or view the full range on our website. We are happy to help you find the right coupling for your specific application.