Nickel-plated ball valve ORO with throttle and steel lever (DSt) (N-N version) 1 1/2 inch 1476600

Ball valve with nickel-plated throttling – reliable flow control

This nickel-plated ball valve with throttling, equipped with a steel lever, is a solid and functional solution for precise flow control in water and heating installations. Made of brass (CuZn40Pb2 – CW617N), it ensures durability and corrosion resistance. Designed to operate at a maximum pressure of 16 bar and a temperature of up to 120°C (according to PN 16 standard), it will work well in both domestic and industrial installations. BSPP-G threads (ISO 228-1) facilitate installation and ensure leak-proof connections.

Design and special features

The valve is characterized by a well-thought-out design that translates into ease of use and long life. Thanks to the use of a self-sealing stem and a self-lubricating mechanism, the lever operates smoothly, and operation is comfortable even with frequent flow adjustment. The valve body has a special lock to prevent the seals from moving on the ball, which guarantees constant tightness for a long time. In addition, the valve undergoes rigorous quality control – each piece is tested for tightness with compressed air.

• Valve made of hypoallergenic materials – the nickel-free system increases safety of use.
• Two-sided leak testing guarantees the highest quality and reliability.
• Patented lever shape provides ergonomic grip and precise adjustment.
• Up to 25 years warranty proves the high quality of the product.
• Valve design facilitates quick and easy installation in the system.
• Precise workmanship and high-quality materials guarantee a high degree of connection tightness, minimizing the risk of leaks.
• Brass body and high-quality seals ensure long valve life.

This valve is not only an installation element, but an investment in safety and comfort of use for many years. Its solid construction and advanced technological solutions make it the ideal choice for both professional installers and demanding end users.