公司简介
Materion Precision Optics是世界领先的精密薄膜涂层、光学滤波器、光学机械系统和投影显示器制造商。
产品列表
For nearly a century, we’ve been the market leader pioneering the development and manufacture of beryllium metals used for defense and space applications; nuclear reactors and satellite structures. The unique physical properties of beryllium make it ideal for demanding applications such as UHV research components, X-ray window assemblies and components for speakers and headphones.
Clad Metals
Our clad metals enable innovative new material combinations, providing solutions for joining dissimilar metals, improving electronics by managing managing heat and meeting high strength requirements in applications and providing customizable clad and inlay metal solutions to overcome today's demanding design challenges.
High Performance Alloys
Materion engineers a portfolio of high performance alloys, including copper beryllium and nickel beryllium alloys, copper beryllium casting alloys, ToughMet® copper nickel tin alloys, MoldMAX® plastics tooling alloys, and a range of spring and connector alloys. Our metals enable new developments in technically demanding products in aerospace, automotive powertrain, electronics, connector applications, telecommunications, and consumer electronics.
Inorganic Chemicals
With over 50 years of expertise, we offer consistent, repeatable, quality inorganic chemicals ranging from Arsenides to Thorium. View our online Inorganic Chemical Catalog for materials to meet your specifications in a variety of forms including sputtering targets, pellets or pieces, cones or granules.
Metal Matrix Composites
Our metal matrix composites (MMC) offer balanced properties that are unmatched by conventional metals and alloys such as aluminum and titanium. Our aluminum-beryllium, AlBeMet® composite and our aluminum-silicon-carbide SupremEX® MMCare ideal for use in aerospace, commercial and performance automotive, satellite structures, and optical systems.
Microelectronics Alloys
With exceptional purity levels, Materion can customize a variety of precious metal alloys and lead-free solder solutions for the defense, solar energy and microelectronics industries. For added reliability, our extensive library of lead–free solders and braze alloys are cast and fabricated to meet your specifications.
Microelectronics Packaging Materials
Reliability and high performance comes standard with Materion microelectronic packaging materials. We’ve got you covered with our selection of standard and customizable hermetic lids and ceramic packaging products. Our expertise and global locations, enable us to fulfill all your packaging requirements.
Precision Optics
Our cutting-edge optical filter manufacturing technology allows us to produce a variety of filter arrays and assemblies, precision optical filters and projection display components to meet the needs of high-technology manufacturers in the defense, astronomy and consumer electronics markets.
Technical Ceramics
Materion advanced ceramic materials are engineered to achieve superior levels of product strength, reliability, miniaturization, weight savings as well as critical thermal management. Our technical and thermal ceramics include BeO (beryilla) ceramics and our Durox® alumina ceramics that enable the production of semi-conductors, microwaves, heatsinks, lasers, resistor cores and electronic packaging.
Thin Film Coatings
Innovative process technologies enable us to apply precision and custom thin film coatings onto flexible substrates and wafer level packaging. We offer solutions for diverse markets and applications such as low defect wafer level coatings, anti-reflective coatings, engineered thin films, and patterned thin films. Additionally, our specialized flexible sputtered films and large area deposition capabilities deliver the highest performing solutions in the industry.
Thin Film Deposition Materials
Our precious metals, alloys and cermets and wear resistance and decorative coating material offerings support all major OEM platforms and can be designed for any sputtering target configuration. We can meet the exacting requirements of microelectronic, optical and medical manufacturing processes.
