Philmac Camlock Fitting Type C Female Coupling x Hose Barb

The Philmac NY Glass Camlock – Type C – Female Camlock x Male Barb stands out as a highly efficient and secure fitting, perfect for diverse industrial uses. Renowned for its chemical resilience and user-friendliness, this camlock fitting is both practical and cost-effective for a multitude of applications.

Composition and Durability

Crafted from a sturdy mix of nylon and glass fibers, the Philmac NY Glass Camlocks are characterized by their substantial chemical resistance and enduring strength. These fittings, often known as Nylon Camlocks, strike the right balance between toughness and flexibility, making them apt for rigorous demands.

Resistance to Chemicals and Broad Use

These camlock fittings excel in resisting various chemicals such as gasoline, solvents, saltwater, treated water, and slurry mixes. Their adaptability is a boon across diverse sectors, from industrial to agricultural applications.

Simplified Installation and Usage

Designed for streamlined and tool-free connections, these Type C camlocks save time and prevent threading issues, offering a more productive alternative to conventional connection techniques in hose and pipe fittings.

Diverse Industrial Applications

Their robust construction and straightforward usage make NY Glass Camlocks a frequent choice in many industries for fluid transfer. They’re especially valuable in environments where quick and regular modifications in connections are necessary, providing a secure and efficient link every time.

Superiority to Conventional Couplings

Globally recognized, the NY Glass Camlock – Type C has transformed hose and pipe connections with its tool-less, quick-connect design, proving to be much more efficient and economical compared to older methods.

The Philmac NY Glass Camlock – Type C Female Camlock x Male Hose Barb is an essential fitting for numerous applications, offering unmatched durability, chemical resistance, and simplicity of use. It is an indispensable tool in a wide array of industrial and agricultural contexts, thanks to its combination of sturdiness and ease of operation.