A revolutionary design of triple offset geometry, a progressive contact angle, an innovative double-inclined seat cone axis, a self-adaptive sealing system and a metal-to-metal sealing are a few examples of the unique features of our JTE triple offset butterfly valve. Especially designed for extreme

Engineered for Aggressive Slurries and Abrasive Media

High-Performance Protection Against Reverse Flow

The Tri Lok® Cryogenic Triple Offset Butterfly Valve complies with various international standards and certifications, including API 609, ASME B16.34, ASME VIII, API 600, ASME B16.5, ASME B16.47, EN 1092, ISO 7005, ISO 5208, EN12266-1, API 6D, API 598, BS 6755, API 607, ISO 10497, PED, PE(S)R, SIL,

The IMI Orton MV Series triple eccentric metal seated valve ensures leak-tight performance in high-pressure, high-temperature, and cryogenic applications. Featuring a precision-engineered triple-offset design, it eliminates sealing surface friction, enhancing durability and reliability. With bi-dire

The IMI Orton MV Cryogenic Series is a triple eccentric metal seated valve engineered for LNG, cryogenic, and extreme low-temperature applications. Its precision triple-offset design eliminates seal friction, ensuring zero-leakage bi-directional shutoff. Built to withstand temperatures from -254°C t

Bonney Forge forged steel integral flange valves are available in two bonnet designs. The first design is the Bolted Bonnet, with male-female joint, spiral wound gasket, made in F316L/graphite. Ring joint gaskets are also available on request. The second design is the welded bonnet, with a threaded

Bonney Forge is a leading check valve supplier. Piston and ball check valves, like all forged steel check valves, are used to prevent back flow in the line. Standard valve design has no spring in order to minimize cracking pressure and pressure drop, it will only function properly when installed in

Engineered with an advanced design approach, the dual plate check valve delivers low pressure drop and reliable backflow prevention in a compact body. Manufactured in line with EMS Valve quality standards and long-standing know-how, it offers a fast, safe and economical solution for your process lin

The Series 40-45 double offset (also known as high-performance) butterfly valves are precision designed to operate in high pressure, high temperature and critical service applications. The energized resilient seat design provides bidirectional zero-leakage shutoff throughout the full pressure range

API 594 Type B | API 6D | BS 1868 Design | For Horizontal and Vertical Installation Valvosider Swing Check Valves are designed to provide reliable one-way flow control in both horizontal and vertical piping systems, offering protection against reverse flow in critical applications. Manufactured acco

Resilient seated butterfly valves 301 series.

In industrial piping systems, the ANSI swing check valve is designed to reliably prevent reverse flow, while offering low pressure drop and dependable tightness. Manufactured in accordance with ANSI/ASME standards and available in a wide range of materials, it integrates seamlessly into your process

The Tricentric® brand is recognized in the market for excellent flow and control characteristics, tight sealing capabilities, and dependability in a wide range of applications. Tricentric® Metal Seated Valves perform favorably when compared to conventional resilient seated and high performance butt

Flanged end RF & RTJ swing style integrally cast flange design. Offered in 21/16" thru 7 1/16" API 2000, 3000 & 5000 2" thru 12" class 150, 300, 600, 900 & 1500 16" thru 24" class 150, 300 & 600

API 594 Type "A" Dual-plate Check Valve, ANSI Class Rated. Body Types: Wafer, Lug, or Double-flanged. Seating Designs: Metal-to-Metal or Resilient. Pin Designs: Through-body Pin or Retainerless Design. Body Materials: Cast Gray Iron, Cast Ductile Iron, ASME B16.34 Material Group 1, Group 2, Group 3,