The OpDX High Performance Butterfly Control Valve uses a pressure-assisted seating concept to achieve bi-directional bubble-tight shutoff while maintaining a low breakout torque requirement. Available in ANSI Class 150 to 600 and 2” to 36”, the OpDX has a characterized disc enabling throttling.

Rotary globe control valves, as eccentric plug valves like the OpEXL are sometimes called, have become an increasingly common choice for plant stakeholders due to, among others, their: capacity to handle high flows, superior rangeability, compact size, and shaft seal design.

In addition to our rugged, versatile line of standard Optimux OpGL Globe Control Valves, which are typically built with cast bodies in stainless or carbon steels, Trimteck also excels at engineering, designing, and manufacturing custom sliding stem valves with bodies fabricated from bar stock. We call these fabricated bar stock valves Optimux OpGL-XT Globe Control Valves.

Optimux OpGL Globe Control Valves are Trimteck’s flagship product. The OpGL has been engineered to provide superior performance while permitting easy, fast, and inexpensive maintenance.

In Trimteck’s OpGL 3Way Body Control Valve design, a modular third port, modified plug, and second seat are added to a standard OpGL Globe Control Valve to create an extremely robust valve for diverging or converging service.

The OpGL Angle Body Control Valve is a variant of the OpGL that has likewise been engineered to provide superior performance while permitting easy, fast, and inexpensive maintenance.

Trimteck’s OpVEE Control Valve is the highest performance V-Notch Ball Valve on the market today. Its advanced design features have taken into account the requirements and recommendations of process control engineers and plant personnel from across varying industries: Pulp & Paper, Chemical, Oil & Gas, Power Generation, and others.

There are certain applications that push the envelope of existing valve technology – this can be due to extreme temperatures, pressures, pressure drops, corrosion, erosion, controllability requirements, or some combination thereof.