Cryogenic ball valves are the quintessential choice for liquid gas applications, renowned for their superior flow dynamics compared to globe valves and their exceptional sealing capabilities. They feature a vapor space of ample height, facilitating gasification beneath the gland while maintaining the gland packing at ambient temperature due to limited thermal conductivity across the valve.

ACEV invites you to discover our pioneering Cryogenic Ball Valves, meticulously engineered for unparalleled performance in ultra-low temperature conditions. Designed to endure temperatures as low as -196°C (-320°F), these valves embody excellence, ensuring leak-free operation and customizable solutions tailored to your specifications.

Crafted from austenitic stainless steel and low-temperature resistant materials, our valves are adept at managing a diverse range of cryogens, including LNG, oxygen, ammonia, LPG, methane, nitrogen, fluorine, and hydrogen. Compliance with API 6D, ASME B16.34, BS 6364, and NACE MR 0175 standards underscores their reliability.

Distinguishing us is our steadfast dedication to OEM services, fostering collaborative efforts in designing and manufacturing valves under your brand. Leverage our expertise and rigorous quality assurance for unparalleled results.

ACEV's cryogenic ball valves offer versatility in design, available in side-entry or split-body configurations, featuring either floating or trunnion mounting. These valves are pressure-rated up to 750 psi (52 bar) at 100°F and can withstand temperatures ranging from -320°F to 700°F (-196°C to 371°C).

For enhanced in-line maintenance, ACEV's cryogenic ball valves also boast a top-entry, bolted bonnet design, maintaining the same pressure and temperature ratings.

Furthermore, ACEV frequently incorporates extended bonnets in its cryogenic ball valve projects. These extensions provide effective cold insulation, significantly reducing heat conduction and transfer from the cryogenic flow. They also safeguard the valve packing from direct exposure to cryogenic media, ensuring a secure and reliable seal.