BSP Camlock Type B

The BSP Camlock Type B fitting is a vital component in modern fluid management, specifically designed to bridge the gap between fixed male-threaded pipework and flexible hose assemblies. This fitting features a female camlock coupler on one end and a male BSP (British Standard Pipe) thread on the other. It acts as the “socket” half of the cam-and-groove system, allowing for the instantaneous attachment of a male adaptor (such as a Type F or Type A) without the need for specialized tools or traditional flanged connections. This makes it an essential utility in high-traffic transfer environments where speed and operational uptime are critical.

The primary engineering advantage of the Type B fitting lies in its secure locking mechanism. The coupler side is equipped with two cam arms; when a male adaptor is inserted, these arms are folded down to create a high-pressure, leak-proof seal against an internal gasket. This design is highly resistant to vibration and accidental disconnection, making it the industry standard for water, chemical, and petroleum transfer lines. Because the male BSP thread can be screwed directly into a manifold or pump outlet, the Type B serves as a compact and rugged transition point that simplifies the layout of complex industrial pipework.

To ensure long-term durability in volatile or corrosive conditions, these fittings are precision-manufactured from Grade 316 stainless steel. This high-grade alloy is chosen for its exceptional mechanical strength and its superior resistance to chemical attack. The molybdenum content in Grade 316 provides a crucial defense against pitting and crevice corrosion, ensuring the cam arms operate smoothly and the threads remain intact even after years of exposure to chlorides or harsh wash-down cycles. When ordering, ensure you select the camlock size in inches to match your existing system. By choosing Grade 316 Type B couplings, you are investing in a high-purity, low-maintenance solution for your most challenging fluid transfer applications.