ChannelStream trim prevents cavitation from forming and minimizes hydrodynamic noise even in the most challenging liquid applications. Staged pressure drops eliminate cavitation by maintaining pressure above the vapor pressure—never allowing cavitation to form.

CavControl valve trim lowers cavitation damage by controlling the location and concentration of cavitation vapor bubble implosions in an area away from metal parts. CavControl trim utilizes a number of small, diametrically opposed flow holes through the walls of a special seat retainer.

CavStream valve trim lowers cavitation damage by controlling the location and concentration of cavitation vapor bubble implosion in an area away from metal parts. CavStream trim utilizes a number of small, diametrically opposed flow holes through the walls of a special plug.

DiamondBack trim prevents cavitation from forming and minimizes hydrodynamic noise even in the most challenging liquid applications. Staged pressure drops eliminate cavitation by maintaining pressure above the vapor pressure, never allowing cavitation to form. DiamondBack combines new advances in pressure drop management with previously proven technologies to create the most effective device capable of eliminating cavitation in the most demanding services.

SideWinder trim prevents cavitation from forming and minimizes hydrodynamic noise in high pressure drop, low flow applications.  Staged pressure drops eliminate cavitation by maintaining pressure above the vapor pressure, so that cavitation never forms. Using the proven DiamondBack advanced pressure drop mechanisms in an axial flow configuration producing precise control in low flow conditions. 

The Valtek MaxFlo 4 is an eccentric rotary plug control valve for applications demanding higher rangeability, precise control and higher flow capacity.

The unique Survivor control valve design solves the harshest erosion, corrosion and flashing applications. With a variety of ceramic trims available, no other valve will last longer - even in applications with demanding flashing and erosive particulate. The unique design of the Survivor directs flashing energy away from critical equipment. Unique packing configurations solve difficult sealing problems associated with solids entraining the process fluids.

A large bore gate valve with body guided, split wedges, offering superior leak tightness and performance.

Compliant with ASME Section III and RCC-M design codes, this valve is the industry standard for fast-acting, reliable isolation of main steam or main feedwater lines.

Compliant with ASME Section III and RCC-M design codes, the Flexible Split Wedge Gate Valve is the industry standard for fast-acting, reliable isolation of main steam or main feedwater lines.

The Flex Wedge valve has a single piece, optimized gate design to provide minimized seat leakage.

The Duball DL is a high-performance, metal-seated, full-bore ball valve, equally suitable for isolation, on-off and modulating control applications.

The Argus™ EK71 is an end-entry ball valve for the oil and gas industry to prevent losses from production or material leakage. It is designed to meet API-6D, ANSI 16.34 and BS 5351 requirements.

Argus™ FK75M is a split body ball valve for the chemical and petrochemical industries with a highly standardized design.

With many innovative design features, the Argus™ FK79 represents the highest standard in valve technology and is designed to meet API-6D, ANSI 16.34 and BS 5351 requirements.

The McCANNA Floating Ball Valve is a top entry ball valve.

The McCANNA Cryogenic Ball Valve is the optimum solution for cryogen flow isolation at temperatures as low as -196°C (-320°F), including LNG liquefaction, transportation and regasification. It is certified fire-safe and meets ISO 15848 standards.

Worcester Floating Ball Valves are reduced and full bore flanged and three-piece ball valves with a large variety of special application builds to suit customer requirements.

The Worcester C4, C44, C51 is a 3-piece and flange cryogenic ball valve specifically designed for use on liquid gases such as nitrogen and oxygen. It offers high-performance, shutoff valves for intermittent and continuous flow applications with temperatures to -425°F.

The CPT Floating Control Ball Valve is a compact rotary control valve in three-piece and flanged design that offers bubble-tight shutoff and throttling control.