Gems Sensors Cryogenic Solenoid Valves can be configured for liquid nitrogen (LN2), liquid carbon dioxide (LCO2), and other extreme temperature media making them the Ideal choice for natural gas applications, gas chromatography and irrigation system applications. PTFE coated plungers, 316 stainless steel guide tubes and plunger springs, encapsulated coils and PTFE or Rulon® seat seals produce a truly robust cryogenic valve for applications requiring high cycle life and media temperature control.
Supported by decades of engineering expertise and customization capabilities, B-Cryo & D-Cryo series solenoid valves are trusted by OEMs globally for their performance, durability, and clean design integration. From R&D labs to full-scale production systems, our valves meet your cryogenic challenges—head-on.
Looking for a cryogenic solenoid valve that won't fail under pressure—or sub-zero temperatures?
Contact our engineers or request a quote now!
At Gems Sensors, we engineer solenoid valves built for the most extreme conditions—including cryogenic temperatures. With decades of expertise in fluid control, our cryogenic solenoid valves are trusted by OEMs and engineers worldwide for reliable performance in precision-critical systems involving liquefied gases such as liquid nitrogen (LN2), liquid oxygen (LOX), and argon.
Whether you're designing semiconductor equipment, cryogenic freezers, or medical gas delivery systems, our valves deliver leak-free operation, exceptional thermal stability, and long life cycles.
Absolutely. We specialize in working directly with OEM design teams to deliver customized cryogenic valve solutions, including specific flow rates, orifice sizes, coil voltages, and material compatibility. Whether you're optimizing for footprint, durability, or integration, our engineers collaborate closely to align with your exact design specs.
Gems' cryogenic solenoid valves are engineered to withstand rapid thermal cycling without compromising seal integrity or response time. Our designs feature low thermal expansion materials, PTFE seals, and welded stainless-steel bodies to ensure performance in high-purity gas systems where contamination, particle shedding, or leakage is unacceptable. All valves are leak-tested and validated for compatibility with LN₂, LOX, CO₂, and similar cryogens.
We maintain dedicated logistics support for the EU, with efficient lead times and global shipping capabilities. For high-volume OEM programs, we offer forecast-based planning, stocking agreements, and regional distributor partnerships to ensure supply continuity and minimal downtime.
Yes, we offer evaluation samples for qualified OEMs conducting design validation or prototyping. Our team will work with you to understand your application needs and provide the most suitable valve configuration for testing. Sample requests are typically processed quickly, and we support documentation such as spec sheets, 3D models, and integration guides to accelerate your development timeline.
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