GEKO VALVES

GKV111 Integrated One-Piece Threaded Ball Valve is an economical manually operated right angle rotary ball valve that provides reliable zero leakage service in industrial and commercial applications. It adopts an integrated valve body design, reducing potential leakage paths, ensuring reliable performance and extended service life.  

The GKV212 series One Piece Pneumatic Ball Valve is a one-piece precision cast ASME B16.34 Class 150,300 to Class 2500lb full bore flanged floating ball valve. Compact and cost-effective valves designed for reliable shut-off in general industrial and commercial applications. Their simple one-piece body construction reduces potential leakage points, ensuring tight sealing and easy maintenance. Lightweight yet durable, GEKO one-piece ball valves are widely used for water, air, oil, and gas pipelines, offering excellent performance at a competitive cost. Customized sizes and materials are also available to meet different service conditions.

GKV125/126 The two-pieces threaded（extended) ball valve provides an economical solution to achieve zero leakage sealing at a pressure of 1000 psi, making it an ideal choice for many industrial applications. The manufacturing accuracy of its closure is very high, ensuring a tight seal.

GKV-128 Two-Pieces Ball Valve 3000 WOG / 6000 WOG Thread End provide an economical solution to achieve zero leakage sealing at pressures up to 3000 psi or 6000 psi, making them an ideal choice for many industrial applications. The manufacturing accuracy of its closure is very high, ensuring a tight seal.   The GKV-128 series valves are designed specifically for the process industry and perform well in high-pressure applications.

The GKV-225 series Two-Pieces Manual Ball Valve Direct Mounting Pad ISO5211 is an ASME B16.34 full bore ball valve from Class 150LB to Class 2500LB. The GKV-225 series ball valve features a sturdy and durable flange ball valve design, providing excellent value and reliable operation, suitable for various working conditions.

The GKV-225G series Pneumatic On-off Ball Valve flange trunnion ball valves are ASME B16.34 Class 150 and Class 300 full bore ball valves.   The GKV-225G series trunnion mounted ball valve adopts a sturdy and durable flange ball valve design, with high cost-effectiveness and reliable operation, suitable for various working conditions.

GKV138 Instrumentation Ball Valve 1000 PSI With Locking Device engineered for precision and safety, this Instrumentation Ball Valve features a blow-out proof stem and an integrated locking device for reliable operation. Designed to handle up to 1000 psi and temperatures from -20°C to 180°C, it ensures durability and performance across demanding applications. Compact, secure, and easy to operate — the ideal choice for instrumentation, petrochemical, and industrial systems.

GKV132 Three-Pieces Ball Valve Screwed End provides maximum flexibility through threading, socket welding, butt welding, flange end connections, and various high-performance seat materials.The three piece valve body design allows for simple online maintenance using replaceable components, thereby reducing maintenance costs and lowering total cost of ownership throughout the valve's entire lifecycle.

The GKV-133 series Stainless Steel Ball Valve Welded End can be made of precision cast CF8M (316L) stainless steel or WCB carbon steel material, with a swing type central valve body design for easy online maintenance.

The GKV135 series three pieces ball valve is designed for durability and precision, complying with API 607 and ASME B16.34 standards, featuring bubble level emergency seals, offering elastic metal base options, corrosion resistance, maintenance free, solid load stem packing, and stable performance in industrial applications.

GKV-237 Series Three-Pieces Ball Valve Flanged End offers superior reliability, safety, and easy maintenance for industrial fluid control systems.

The GKV-144 3-Way 4-Way Ball Valve Screwed End offers 3-way and 4-way flow control. The 3-way and 4-way ball valve integrates multi-directional control and shut-off functions in one valve, avoiding the need for repeated valve installations and eliminating the need for additional shut-off valves.