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Metal Seated Ball Valves

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Captura de Pantalla 2021-12-11 a la(s) 18.27.10
Captura de Pantalla 2021-12-11 a la(s) 18.26.16

100% PERFORMANCE GUARANTEED!

Metal Seated Valve Balls are suitable for applications with elevated temperatures or highly abrasive conditions. Metal Seat and Ball are made from base metals coated with hard chrome, tungsten carbide and Stellite. Performance Mining Valve is able to supply thermal spray coating applied by HVOF(High Velocity Oxy Flame) technology and provides complete ball and seat kits solution to customers. Over the years, we have developed a unique ball lapping technology forthe coated ball and seat. Through simultaneous same and different direction of rotation, the ball and the seat result in perfect roundness and fitness, achieving ‘Zero Leakage’.

 

FORGED MINING VALVES

Forged valves are created using a forging method that involves shaping metals and alloys while they’re in their solid form. Heat and industrial-size tools deliver compressive forces to bend the metals and alloys, and dies are used to cut and shape the materials to create specific valves. Forging can be performed in most temperatures depending on the metals used.

Forging valves presents many benefits for industrial companies. For example, companies don’t have to worry about wasted materials. Since forged valves are shaped into one solid piece, little effort is needed to rework the material to achieve the proper shape and size.

Forged valves have a reputation for being strong, which make them ideal for handling high-pressure and high-temperature systems. During the forging process, the metal’s grain structure becomes more refined. This leads to an increase in impact and overall strength. Also, forging boosts its resistance to common issues such as cracks, shrinkage, and porosity.

On top of that, forging can create valves with less wall thickness. This helps to reduce the likelihood of thermal fatigue during valve operation. This also means that forged valves can be heated and cooled more quickly, which allows them to adequately handle the stresses of systems that continuously cycle through start-up and phase-down processes.

 

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