Nickel-plated full-bore ball valve with throttle and steel lever, threaded/socket version ONYX 2 inch 1457460

The ONYX ball valve is a reliable solution for precise flow control in water and heating systems. Made of brass (CuZn40Pb2 – CW617N) and nickel-plated, it provides not only durability but also corrosion resistance. Its full-bore design minimizes flow resistance, which translates to efficient system operation.

The valve is designed for use in cold and hot water installations, water heating and solar systems (with glycol/water solution). It will work as a shut-off valve, allowing for quick and reliable closing and opening of the flow. Equipped with a steel lever, it ensures convenient operation, and the presence of a throttle allows for precise adjustment of the flow rate. The threaded version with a BSPP-G (ISO 228-1) internal thread connection on one side and a BSPP external thread on the other, simplifies installation and integration with existing infrastructure.

• Durability and reliability: The brass body with a nickel-plated coating guarantees long-term protection against corrosion and mechanical damage.
• Wide range of applications: Ideal for plumbing, heating and solar installations.
• Precise regulation: The throttle allows for accurate adjustment of the flow rate to the needs of the installation.
• Easy installation: The threaded version simplifies the installation and connection process to the pipeline.
• Safety: Pressure class PN 32 ensures safe operation even in systems with increased pressure (up to 3 MPa for a nominal diameter of 2 inches).
• Thermal resistance: The ability to operate at temperatures up to 180°C expands the range of valve applications.

The ONYX valve is characterized by high operating parameters – it withstands pressure up to 32 bar (depending on the diameter) and temperatures up to 180°C. This makes it an investment in the safe and efficient operation of the installation for many years. Solid construction and precision workmanship ensure the tightness of connections, minimizing the risk of leaks and failures.