APPLICATIONS
Explore the way thermal, electronic, optical and mechanical requirements influence substrate and component choices.
SiC substrate selection, power-device development and wafer qualification
Silicon carbide is considered for wide-bandgap power-device applications. The specific resistivity, doping, defect density, wafer orientation and epitaxial process must match the intended device.
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Thermal equipment, handling components and chamber materials
Quartz process tubes, wafer boats, precision ceramics and carriers may be selected based on service temperature, contamination sensitivity, chemical compatibility and fit.
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Protective windows, sensing, optical integration and laser systems
Sapphire optical windows, rods, domes and specialty crystals are evaluated for transmission, crystal cut, optical surface figure, edge quality and coating.
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MEMS research, sensor structures and microfabrication
Silicon, SOI and other substrates are specified using layer stack, surface roughness, thickness uniformity and tool-compatible wafer geometry.
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Carrier wafers, substrates and packaging process evaluation
Glass and specialty wafer materials are assessed for panel or wafer dimensions, flatness, coefficient of thermal expansion and interface conditions.
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Small-batch studies, proof-of-concept materials and qualification
Research teams frequently require non-standard cuts, small batches and clear characterization requirements. Providing a concise spec helps compare relevant options.
Explore relevant materials →Describe service conditions, equipment interfaces and quality acceptance criteria. We can use that information to review the material request.
LET'S DISCUSS YOUR REQUIREMENTS
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