Linde’s advanced gas solutions use oxygen enrichment and customized gas blends to bring process efficiency and sustainability benefits to pyrometallurgical and hydrometallurgical mining operations

Linde's gases help increase production efficiency and lower emissions at every step in the aluminum value chain - from melting and dross handling to refining, rolling, reheating, extrusion and annealing (REBOX, OPTIVIEW)

Linde offers a broad range of gases and tailor-made solutions to enhance efficiency and reduce the environmental impact of various processes in the metal industry (REBOX)

Linde’s global development center experts are at your service with their cutting-edge consulting, R&D, test, control and monitoring capabilities spanning the entire AM value chain

Our ADDvance powder cabinet can help to retain the quality and value of sensitive metal powders by protecting them against ambient air and humidity for improved 3D printing outcomes

ADDvance Laser230 is a gas mixture specially developed by Linde for LPBF manufacturers looking to increase the reliability and lower the cost per part of laser powder bed fusion processes

Linde specializes in high-quality gases for 3D printing in AM - offering industrial and specialty gases plus dedicated mixtures for powder bed fusion with laser beam processes in different supply modes

The ability to measure and control oxygen and humidity in 3D printing chambers for PBF-LB using sensitive and valuable powder alloys can improve AM outcomes (ADDvance O₂ precision from Linde)

Linde created the ADDvance Sinter250 gas mixture especially for binder jetting processes to create the ideal atmosphere for printed parts of high strength and integrity