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You can stand to benefit from the world-leading performance of the IMI Thompson Valves technology range which performs reliably in some of the world’s most demanding environments. IMI’s engineers will support you by developing bespoke solutions from this product range based on over 2 billion hours of proven-in-use data.
IMI manufacture IMI Thompson Valves solenoid valves, partial stroke testing systems and regulators designed for the world’s oil and gas applications. This solutions range includes options for pneumatic and hydraulic systems, HPU and HIPPS systems, actuators, chemical injection units and process control panels.
The IMI Thompson Valves range has more than 50 years’ of research and development behind it, providing high-quality technology to the world’s naval fleets. The IMI Thompson Valves fluid control and pressure reduction solutions include regulators, and solenoid and bellows sealed valves, designed for long life, and reliable performance in the toughest of maritime environments.
Our IMI Thompson Valves nuclear class products can be found in over 100 nuclear power facilities worldwide. We provide a large range of nuclear class valves for PWR, BWR and CANDU type reactors which can also be used in waste management and decommissioning programmes. With IMI’s global reputation for high quality, excellent service and reliability this technology also complies with ASME III and RCC-M nuclear class 1, 2 and 3 design rules.
Our engineering team has developed a fast-acting solenoid valve for specific use in turbine or process control that enables 6” (152.4mm) solenoid valves to close in fewer than 100 milliseconds. The extensive range of products are designed to suit different media pressures and material, all making use of our globally recognised SIL design.
The use of hydrogen as a source of fuel was a key part of the 2015 Paris agreement and its use is set to grow from 2% of the energy mix to 18% by 2050. A rapidly growing demand for hydrogen and the growing number of applications will generate increasing demand for high pressure IMI Thompson Valves instrumentation. IMI are committed to supporting our customers in this emerging market.
Our Maxseal Solenoid Valve portfolio provides you with world leading safety for control of both pneumatic and hydraulic-operated equipment. The valves range from ¼” to 6” (6.35 mm to 152.4 mm) with a large built-in safety margin and a force friction ratio of >10.
The IMI Thompson Valves IVP range of spring and dome loaded and back pressure regulators are industry proven. They provide stable performance, leak integrity, extensive media capability, reliability and long life.
Our Ashford line instrument manifolds are used on a number of plant systems to isolate instruments during maintenance periods and vent pressure trapped within isolated instruments. They are available in 2, 3 and 5 configurations with gland packed or bellows sealed valve options.
IMI’s dedicated global aftersales support team is made up of over 200 expert technicians. They provide field service, spare parts, repairs, upgrades and long-term service contracts to ensure that our customers’ processes function safely and efficiently, for the full life cycle of the facility.
Services
IMI Thompson Valves shoot into space after supplying engine valves for the Ariane 5 that carried the James Webb Space Telescope.
