NORTH AMERICAN COMPRESSION STOP VALVE

Compression Stop valves are plumbing fixtures that comply with North American regulations, making them suitable for plumbing applications. These valves are designed to stop, control, and regulate the supply of water flow in low-pressure water systems. Built to meet USA standards, Compression Stop valves are crafted with durability and reliability in mind. They feature a lead-free brass construction that ensures safe and clean water supply. The valves conform to the CSA B125.1 standard and hold certifications from CSA, NSF61, and NSF372, ensuring compliance with industry standards. Equipped with a multi-turn iron handwheel, these valves offer precise control and effortless operation, allowing users to easily manage water flow.

In terms of size and shape, Compression Stop valves are available in a range of 1/2″ to 3/4″. This size range provides versatility and compatibility with various plumbing systems. The valves are designed with a compact shape, allowing for easy installation and integration into different plumbing setups. Their streamlined design ensures efficient water flow control while minimizing the space occupied. Compression fittings are used in these valves, eliminating the need for traditional threads. The compression fittings provide a secure and leak-free connection between the valve and the pipe, simplifying installation and disassembly. This design ensures reliable water flow control and easy maintenance.

Compression Stop valves are designed to operate within a working pressure of 125 psi, making them suitable for low-pressure water systems commonly found in residential and commercial settings. It’s important to note that these valves are intended for use in low-pressure applications and should not be exposed to high-pressure conditions. When it comes to temperature, Compression Stop valves are engineered to handle typical temperature ranges found in plumbing systems. However, it’s always advisable to consult the manufacturer’s specifications for specific temperature limitations to ensure optimal performance and longevity of the valves.