Materion deepens cooperation with global material innovators to break through the technical bottleneck of next-generation semiconductor and aerospace materials

2025-05-22

As the trend of semiconductor miniaturization and aerospace lightweighting accelerates, the reliability and functional requirements of high-performance materials continue to rise. Materion Corporation, a leading global engineering material solutions provider, recently announced that it will work with strategic partners to promote the upgrade and iteration of beryllium-based composite materials, special alloys and precision optical coating technologies, break the performance limits of materials in extreme environments, and apply them to 5G communications, low-orbit satellites and high-energy laser systems. The industry has paid great attention.

Materion deepens cooperation with global material innovators to break through the technical bottleneck of next-generation semiconductor and aerospace materials

Short Description:

Solving the challenges of semiconductor thermal management and aerospace lightweighting Materion has long faced the problem of high-power chip heat dissipation in the field of semiconductor packaging. The beryllium-aluminum composite material provided by the partner (thermal conductivity>200 W/m·K, density of only 1.87g/cm³) has a 40% increase in heat dissipation efficiency compared to traditional copper-tungsten materials. Combined with Materion's ceramic substrate gold plating process, the thermal resistance of 3D IC packaging has been successfully reduced to <0.1°C/W, supporting TSMC's 2nm process chip mass production.

In addition, the ultra-light beryllium-silicon carbide alloy (bending strength>800 MPa, CTE≈6.5×10⁻⁶/°C) used in satellite structures is 30% lighter than traditional titanium alloys, helping SpaceX Starlink satellites reduce weight by 15kg per satellite, significantly reducing launch costs.

Green Smart Manufacturing

Carbon Reduction and Resource Recycling Practices for the Entire Industry Chain In response to Materion's 2030 carbon neutrality goal, the partners optimized precious metal recycling technology, increased the silver recovery rate in photovoltaic silver paste waste to 99.2%, and reduced beryllium ore smelting energy consumption by 50% through green hydrogen reduction technology. Its production base is among the first high-performance material factories in the world to pass ISO 14046 water footprint certification, and its carbon emissions per unit of output value are 35% lower than the industry average, which is in deep agreement with Materion's ESG framework.

High-standard certification

Core competitiveness of global layout In response to Materion's stringent requirements in the aerospace and medical fields, the partners completed the AS9100D aerospace quality management system certification ahead of schedule, and developed biocompatible coatings (such as anticoagulant iridium oxide coatings) for FDA medical device material standards. Its high-purity gallium arsenide wafers (purity>99.9999%) have been certified by Samsung Electronics, which can meet the substrate requirements of 6G terahertz chips and accelerate the iteration of RF front-end modules.

Future vision

Jointly build an optoelectronic fusion material ecosystem The two parties plan to jointly establish an advanced photonic material laboratory in 2024, focusing on the niobium nitride superconducting film (critical temperature increased to 15K) and infrared chalcogenide glass coating (transmittance>92%@8-12μm) required for lidar and quantum communication. Materion CTO said: "This cooperation will reshape the optoelectronic material value chain and provide underlying support for unmanned driving and aerospace Internet."