Aviation & Aerospace
Advanced materials and services that meet rigorous specifications to help your operation remain innovative and competitive.
Advanced Material Technologies
Powering Superior Performance with Advanced Materials
Pushing Boundaries in Tech
Linde Advanced Material Technologies (AMT) takes the lead on innovative solutions - from metallic and ceramic coatings, sputtering targets, additive manufacturing powders, and cutting-edge coating equipment - to help industries surpass performance limits.
Revolutionizing Industry with Superior Innovations
Linde Advanced Material Technologies (AMT) is a leading provider of industry solutions. Our gas-atomized 3D printing metal powders offer unrivaled precision, igniting the additive manufacturing revolution. We've curated a robust portfolio of surface coatings and service applications, adept at combatting corrosion, oxidation, and wear, prolonging the lifespan of critical components. We are committed to excellence, reflected in our electronic division's sputtering targets, designed to deliver consistent sputter performance and extended sputter life through meticulous control over purity and microstructure.
A few highlights:
High-Quality Copper Sputtering Targets, Sustainably Made
Linde is expanding its presence in the copper market as a global manufacturer of Physical Vapor Deposition (PVD) targets, offering the semiconductor industry a wide range of solutions for sputtering the extremely thin films required for microchip production. Being one of the few companies capable of producing materials that meet the semiconductor industry's strict requirements for quality, purity, and consistency, we have invested in a 6N copper refining line to internally produce raw material used to manufacture top-quality copper PVD targets to our customers. Additionally, our refining production line is operated sustainably, as our raw material supplier primarily uses recycled copper, and all process-generated by-products are fully recycled.
Learn more about our variety of sputtering targets.
Chrome-Free Corrosion Coatings for Environmental Benefits
Our wide range of coating materials and application technologies ensures performance equal to or better than hexavalent chrome and cadmium-containing coatings without the associated environmental hazards. Our SERMETELTM chrome-free coating systems protect against corrosion, erosion, and abrasion resistance. Our EXOGARDTM coatings are designed to be an alternative to hard chrome plating and offer superior wear and corrosion protection across all industries.
Learn more about our chrome-free coating materials.
Full-Service Thermal Spray Equipment
Get everything you need for your thermal spray application in one place. Our comprehensive selection includes thermal spray equipment and operational accessories from our TAFATM and GenieTM brands. We also offer maintenance services that you won't find anywhere else.
Metal Powders for Various Applications
Metal Additive Manufacturing (AM) is an increasingly popular advanced technology that offers significant improvements in cost, performance, and a variety of additional benefits. Whether your organization is focused on creating prototypes or mass-producing metal AM components, our range of TRUFORMTM metal powders is suitable for various applications in aerospace, medical, energy, and industrial sectors.
Learn more about our metal powders for additive manufacturing.
Featured Industries:
Semiconductors & Electronics
A reliable supply of high-purity metals and application options to meet growing demands in communications, computing and more.
Energy
Lightweight, durable materials that support advanced energy production with greater efficiency and performance.
Industrial
Materials and processes are designed for repeatable results, for parts that perform as expected run after run.
Revolutionizing Industry Solutions with Advanced Materials & Coatings
Linde AMT provides leading industry solutions with precision metal powders for 3D printing, surface coatings, and electronic sputtering targets.
Visit www.linde-amt.com