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Metals manufacturers work with Messer not just to supply gas, but to evaluate how process changes will perform before capital is committed. Through on‑site assessments, comparative operating analysis, and technical insights, we support your data‑driven decisions tied to throughput, yield, and emissions performance.
Our local teams work directly with your facility to evaluate processes, support implementation, and help maintain performance over time.
Through process assessments, bottleneck analysis, and Messer’s technology solutions, we help identify practical opportunities to increase production, improve efficiency, and support day-to-day operations long after initial project execution.
Messer’s North American production footprint includes multiple air separation units, extensive bulk delivery capabilities, and an integrated distribution network designed for continuous, high-volume operations.
24/7 remote monitoring, telemetry-based tank management, and centralized delivery coordination to keep gas flowing.
Safety is a core value and is embedded into every decision we make.
Designed to meet industry safety and regulatory standards
Redundant supply options for critical applications
Messer experience in system design, installation, and maintenance
Ongoing service, monitoring, and support
Oxygen is used to increase flame temperature, support melting, and enable controlled oxidation processes in primary and secondary metals production.
Argon provides inert atmospheres for high-spec alloys, supports carbon control in specialty steels, and enables quality-critical processes such as degassing and advanced manufacturing.
Nitrogen is used for inerting, purging, atmosphere control, and—in select applications—controlled cooling.
Helium is used in select high‑performance applications where enhanced heat transfer, leak detection, or ultra‑pure atmospheres are required, complementing argon-based systems.
Hydrogen-based or hydrogen-blended atmospheres are used in specific heat treatment and annealing applications where reducing conditions and surface chemistry control are required.
Aluminum producers trust Messer across primary and secondary operations. In melting and furnace operations, oxygen‑enhanced combustion can improve thermal efficiency and increase melt rates while reducing fuel consumption and emissions. We also enable quality‑critical aluminum production through argon‑based degassing to remove impurities from molten metal, nitrogen inerting for heat treating and alloy processing to prevent oxidation and protect surface quality, and CO2‑based fire suppression systems used in foil rolling operations to mitigate the risk of oil‑related fires.
Messer supports mining and critical minerals operations with industrial gases and on-site supply capabilities that can help producers process large volumes of material efficiently, support onshoring and domestic supply chain development, and enable the recovery and production of strategic metals and battery-related materials. Messer can supply gaseous and liquid hydrogen through large onsite supply solutions used to reduce mineral oxides to their metallic state, as well as oxygen for high‑temperature roasting of carbides and sulfides, CO2 for carbonation and water treatment and nitrogen for inerting and process protection.
Messer strengthens supply continuity for titanium producers with its domestic helium supply (through investments like the acquisition of the Federal Helium System) and local argon supply capabilities. Our engineers can review and help improve melting, casting, remelting, powder production, and finishing operations for our customers where controlled atmospheres are essential to product integrity. Argon and helium are used throughout the titanium lifecycle to protect reactive metal from contamination, support high-temperature melting processes, and enable advanced manufacturing applications such as powder atomization and additive production.
Messer oxy fuel and air oxy fuel technologies can help producers of copper, lead, and other critical and specialty metals that power today’s infrastructure, from electrical wiring to battery storage, including growing investment in recycling and critical mineral recovery operations.
Messer supports iron and steel producers across primary melting, refining, reheating, galvanizing, and argon oxygen decarburization (AOD) operations. As reshoring and lower-emission production strategies drive new investment in U.S. steelmaking, Messer provides integrated gas supply that is the best solution for a customers’ unique needs, including onsite production solutions for large-volume operations or bulk tank systems, all backed by deep process experience.
High-temperature manufacturers turn to Messer for oxygen, hands-on process experience, and technologies that can help improve productivity, lower fuel demand, and address emissions-related operating constraints. We work with producers to evaluate furnace performance, identify practical opportunities for improvement, and support more efficient operation without unnecessary capital investment.
Oxyfuel
Messer’s OXIPYR® oxyfuel technologies are designed to improve heat transfer and heating uniformity in demanding furnace applications. The right oxyfuel solution can drive faster processing, lower energy use, and reduced emissions across a range of combustion, melting, and reheating applications.
Messer provides solutions for metals processors across annealing, carburizing, brazing, and cryogenic treatment operations where precise atmosphere control determines final material properties. Messer gases help manufacturers manage temperature uniformity, atmosphere stability, and process efficiency, supporting consistent product quality across high-spec heat treatment and powder metal applications.
Powder metal producers trust Messer for industrial gases, furnace atmosphere experience, and supply solutions for powder production, sintering, and additive manufacturing processes that depend on consistent atmospheres, controlled part properties, and reliable production performance.
Additive manufacturers rely on Messer for high-purity gases, atmosphere control, and supply solutions across the AM process, from powder production and storage to printing, heat treatment, HIP, and surface cleaning, helping support repeatable quality for demanding applications.
Messer supports HIP operations with high-pressure inert gas supply systems, control technology, and process experience that can help manufacturers maintain safe, consistent performance in applications such as defect healing, powder metal consolidation, and diffusion bonding.
Metal fabricators across welding, cutting, laser processing, and thermal spray applications turn to Messer for gas quality that directly impacts precision and consistency. From shielding gases for welding to oxygen and nitrogen for cutting and laser operations, our supply and technical teams help fabricators maintain arc stability, cut quality, surface finish, and overall process reliability.
We’re here to help.