Purpose-built testing facilities designed to perform cryogenic valve testing at temperatures as low as −253°C
Cryogenic valve testing is essential to verify valve performance, reliability and safety under extreme low-temperature conditions. At temperatures down to −196°C, materials can undergo significant changes in mechanical properties, while thermal contraction may affect dimensional tolerances, sealing surfaces and component interfaces.
We are also exploring suitable testing solutions capable of reaching temperatures as low as −253°C to address the specific requirements of liquefied hydrogen (LH₂) applications.
Cryogenic valve testing is performed using liquid nitrogen immersion or spray cooling to verify the valve’s performance under extreme low-temperature conditions. These tests ensure material integrity, operational reliability and leak-tightness, confirming that the valve can safely withstand cryogenic service conditions.
By performing these tests under controlled conditions, we ensure that valves meet the required performance standards and provide safe, reliable and leak-tight operation in demanding applications such as LNG, liquid hydrogen and other cryogenic services.
Our solutions are fully customisable and engineered to meet each customer’s specific requirements, providing comprehensive project support from initial concept through to the delivery of complete testing facilities.
From specialised cryogenic equipment and advanced cooling systems to precision instrumentation, control systems and integrated safety features, every installation is carefully designed to ensure accurate, reliable and repeatable testing under the most demanding ultra-low-temperature conditions.
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