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Messer is a trusted supplier of ultra high-purity rare gases such as xenon and krypton, and bulk industrial gases such as argon, helium, hydrogen nitrogen, and oxygen to leading rocket manufacturers, propulsion system developers, satellite companies and tiered suppliers that provide critical systems and components to the traditional aerospace industry, as well as the commercial space industry. Our team has over 15 years of experience supporting the largest, most complex requirements with infrastructure to support your mission from lab to launch.
We don’t just deliver gases. We help people drive progress and put you at the front and center every engagement. We work closely with you to understand your specific needs and build meaningful partnerships. We nurture these relationships with focused, dependable service and offer impactful technology and solutions that yield dependable results, while minimizing your risk and costs.
We pride ourselves on our robust supply chain for timely delivery of gases, no matter where your operations are located. You can rely on Messer – including our 24/7 customer support teams based out of our National Operations Center – for an unparalleled security of supply across our diverse network of plants.
Additive manufacturing (AM) is reshaping how the aerospace and space industries build components—enabling lighter parts, faster production, and lower costs. Messer supplies argon and nitrogen for every stage of the AM pipeline, from metal powder production to post-processing and hot isostatic pressing (HIP).
We bring deep technical and operational experience, especially in supporting titanium part production to deliver tailored solutions.
Our gases support the development of complex 3D-printed parts for rocket engines, turbine blades, aircraft structures, and satellite systems. And because we work closely with customers on-site, our local teams deliver unmatched responsiveness and customization throughout the production process.
Messer’s helium, nitrogen, and argon support the critical testing infrastructure needed for rocket engines, aircraft propulsion systems, and satellite hardware. Our gases are used in vacuum chambers, cryogenic testing, leak detection, system purging, and thermal cycling environments. Whether you're testing a hypersonic engine or validating a high-altitude sensor, our gases help replicate real-world flight conditions safely.
Customers count on our team to deliver consistent performance: We understand that successful testing is all about preparation, timing, and trust.
We supply key gases for launch vehicles and propulsion systems, including liquid oxygen (LOX) and liquid hydrogen (LH2) for combustion, helium for tank pressurization and leak checks, and nitrogen for purging and cooling.
Our team takes the time to build trust with you, helping to minimize your risk at the most critical stages of your mission timeline.
Our local support teams and logistics network make sure you get the right gas, in the right format, at the right time so you stay on schedule.
Our rare gases power Hall-effect and ion thrusters that perform satellite station-keeping, orbital transfers, and deep-space maneuvers. Each gas is available in ultra-high purity grades (99.999% and above) and delivered in cylinders, suitable for R&D, production, and launch support. Messer can also deliver different packages and volumes upon request.
Xenon gas for Hall-effect and ion thrusters, where high purity and consistency are essential for long-duration missions. Our ultra high-purity xenon allows for optimal performance and dependability for your propulsion systems, enabling your satellites to achieve precise positioning and long-term operational stability.
Messer is actively developing xenon loading cart technology to support space propulsion applications, enabling a more efficient xenon refueling process for ion thrusters.
Our gas production and purification processes follow strict quality protocols, including ISO 9001 certification so every delivery meets or exceeds aerospace and satellite application requirements. We offer: