KD Valve
KD VALVE Corp., a global leader in designing and manufacturing metal seated ball valves, has been providing the best solutions for customers worldwide since four decades.
KD VALVE has a long history of building high-quality products based on core principles. We pursue quality, and to live up to that motto, we have developed our technologies and empowered our employees to achieve breakthroughs in metallurgy, design, build, and coating.
Metal Seated Ball Valve for High Temperature Service
KD VALVE is available in a Metal-to-Metal seated design to endure High temperatures of up to +700 ℃, equipped with a specially designed stem, packings, and loaded seat design. A valve is designed to allow high-temperature isolation work, and the actuator, or operation part, is designed to be protected from high-temperature service.
Metal Seated Ball Valve for High Abrasive and Erosion Service
KD VALVE is available in a Metal-to-Metal seated design for Abrasive and Erosion Service, equipped with a special designed scraper design seat and high hardness material. The valve ball and seat are of high hardness material and are not easily damaged from the service fluid. Bidirectional sealing and the scraper seat design enable KD VALVE’s products to maintain the sealing and long-term operation. These are to prevent damage from service fluid and erosion from inside passing.
Special Products (Harder Trim Parts) for High Erosion Service
KD VALVE with its rich history and long experience in the valve industry has developed its own technologies to produce high hardness products which exceed HRC80. Our main product line involves Metal Seated Ball Valve. However, our proprietary innovative technology can be used to develop special products.
High pressure, high temperature and erosive fluids can easily damage and wear out any surface or material. It is difficult and expensive to maintain a product made using conventional materials. KD VALVE uses our own metallurgical innovation to produce a high-hardness product that handles the most extreme severe conditions and still performs exceptionally. The same technology can be used to produce special products for high erosion conditions.
