Ball Valves
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This adjustable ball valve features internal parts made of durable engineering ceramics for enhanced wear resistance. It is widely used for on/off functionality and throttling control in corrosive environments containing abrasive solids.

This ceramic ball valve is equipped with a pneumatic actuator for automated operation and a flanged connection for secure installation. Its ceramic ball and seat provide exceptional wear and corrosion resistance.

This ceramic ball valve is engineered with ceramic internal parts for exceptional wear resistance. It is designed for open/close and throttling control in corrosive media containing abrasive solids.

This ceramic-lined ball valve features flanged connections for easy installation. The ceramic internal parts provide excellent wear resistance for open/close and throttling control in corrosive media with abrasive solids.

This ball valve features a bronze body and a stainless steel, blow-out proof stem. The full port design and brass ball allow for maximum flow and minimal pressure drop with unobstructed bi-directional flow.

This fully welded ball valve features a handle for manual operation. It is designed for industrial applications, providing reliable shut-off and control of fluid flow.

This fully welded ball valve is widely used across industries. The fully welded design provides enhanced performance and a longer lifespan compared to standard cast ball valves.

Ceramic ball valves utilize engineered ceramics for internal parts, providing exceptional resistance to wear. These valves are designed for corrosive and abrasive applications.

This stationary ball valve features a floating valve seat, using medium pressure to create a mobile seat and ensure seal compression. It is designed with upper and lower shaft ball bearings to reduce operating torque, making it suitable for high-pressure and large-diameter valve applications.

This ceramic ball valve utilizes advanced ceramic materials for superior hardness, wear resistance, and corrosion protection. The valve is designed for precise flow control and tight shut-off in demanding industrial applications.

Stationary ball valves utilize a floating valve seat that moves with medium pressure to compress the seal on the ball, ensuring a tight closure. Often mounted with ball bearings on the upper and lower shaft, this valve requires minimal operating torque, making it suitable for high-pressure and large-diameter applications.

This is a one-piece reduced bore ball valve with flanged ends and a free floating, seat supported design. It incorporates mounting flanges to BS EN ISO 5211 and features soft, metal, and carbon seated designs.

This eccentric ball valve shares similarities with a flange gate valve, utilizing a sphere for opening and closing around the body's centerline. It is mainly used in pipelines for cutting, distributing, and changing the flow direction of media.

This ball valve is used for cutting, distribution, and changing the direction of media flow in pipelines. The closure is a ball that rotates around the body's center line to open or close the valve.

This three-piece ball valve is designed with a sphere as its closure, enabling valve opening and closing around the center line of the body. It is mainly used in pipelines to cut off, distribute, and change the direction of media flow.

This welded ball valve utilizes a carbonization Teflon sealing ring and a dish-shaped spring. It provides reliable performance across a range of pressure and temperature conditions without slide release.

This high temperature ball valve features a metal sealing structure with metal to metal seal. The disc shaped disc rotates around the axis of the cylindrical channel, with a rotation angle of 0 to 90 degrees.

This ball valve features a ball-shaped closure mechanism, driven by a stem for rotational control around the valve axis. It is suitable for fluid regulation, media merging, diverging, and flow control within pipelines.