NORTH AMERICAN QUARTER TURN ANGLE VALVE

Quarter Turn Angle valves are a compliant and reliable choice for plumbing systems, designed to meet North American regulations. Crafted under USA standards, these valves are specifically engineered to open or shut off the flow of hot or cold water in supply lines. With certifications such as cUPC, NSF61, and NSF372, these valves ensure their adherence to industry quality and safety standards. Made from lead-free brass, these valves prioritize health and durability in plumbing applications.

The Quarter Turn Angle valves come in two size options: 1/2″FIP X 3/8″COM and 3/8″FIP X 3/8″COM. These size ranges offer versatility and compatibility with standard plumbing connections, simplifying the installation process. The valves are designed with a practical shape that allows for easy integration into plumbing systems while optimizing available space. Their streamlined design ensures efficient operation and smooth flow control in various residential and commercial plumbing applications.

Equipped with high-quality threads, Quarter Turn Angle valves ensure secure and leak-free connections. The precise threading enables a tight seal when attached to plumbing fittings, minimizing the risk of water leakage. These reliable threads facilitate smooth operation and easy maintenance. The valves can be adjusted and tightened as needed, ensuring efficient flow control and long-lasting performance.

Quarter Turn Angle valves are designed to withstand a range of temperature and pressure conditions commonly encountered in plumbing systems. They can effectively handle both hot and cold water, making them suitable for diverse plumbing applications. With a working pressure rating of 125psi, these valves can endure the demands of typical residential and commercial plumbing systems. Crafted from durable lead-free brass, they ensure reliable performance even under moderate to high-pressure conditions. Additionally, these valves comply with temperature and water quality regulations, providing assurance of their safety and suitability.