SemiXicon AIN ceramic heater, wafer chuck

  SEMIXICON Yttrium Oxide (Y₂O₃) Ceramics SEMIXICON supplies high-purity yttria ceramics (≥99.999%) with exceptional plasma resistance, high-temperature stability, and electrical insulation. Our yttrium oxide ceramics are engineered for semiconductor equipment, microelectronics packaging, CVD, and LED applications. Key advantages: Ultra-low contamination for semiconductor fabs Excellent resistance to fluorine, chlorine, and oxygen plasmas High mechanical strength & dielectric stability Dense, non-porous structure for longer service life Available as ceramic parts (rings, chamber liners, nozzles) or plasma-sprayed coatings, SEMIXICON yttria ceramics improve yield, extend tool lifetime, and reduce maintenance costs. 📩 Contact: sales@semixicon.com 🌐 www.semixicon.com hashtag #yttriumoxideceramic #Y2O3 #etchingitem #etchingcomponent #etchingprocess

SEMIXICON – Transparent AlON Ceramics www.semixicon.com Clear. Strong. Engineered for Extreme Environments. SEMIXICON’s Aluminum Oxynitride (AlON) delivers optical transparency, high mechanical strength, thermal stability, and chemical resistance, making it ideal for harsh-environment optical applications where glass or oxide ceramics fail. Key Technical Advantages • Broad spectral transmission: 0.2–6.0 μm (UV–Mid IR) • High strength, hardness, and impact/abrasion resistance • Lightweight ballistic-grade performance • Excellent thermal-shock and chemical durability • Optical-grade polishability for precision surfaces AlON maintains stability under high stress, high temperature, plasma exposure, and high-speed aerodynamic conditions. Applications • Defense: transparent armor, missile domes, seeker/sensor windows • Aerospace: high-speed optical windows, environmental sensor covers • Industrial: IR imaging, inspection/scanner windows, high-temp viewports SEMIXICON Manufacturing C...

   SEMIXICON – Wafer Chuck Manufacturer of Pin Chuck Specialist SEMIXICON is a U.S.-based manufacturer of precision wafer chucks, specializing in duplication, reconditioning, and modification for advanced semiconductor equipment. We provide custom wafer chuck solutions for KLA PUMA9980 dark field defect inspection systems (8"–12" wafers), ensuring sub-micron flatness, exceptional precision, and reliable wafer stability. Our Expertise ✔ Design & Customization – Tailored chuck tables to meet unique tool and process requirements ✔ Thinning, Grinding & Polishing – Achieve ultra-flat, mirror-finish surfaces for high-precision wafer support ✔ Refurbishing & Reconditioning – Restore legacy or worn chucks to like-new condition ✔ Modification & Duplication – Upgrade or replicate existing KLA-compatible designs with improved materials and tighter tolerances Why Choose SEMIXICON Engineering excellence in KLA wafer chuck manufacturing and restoration Expertise in pin c...

    SEMIXICON – Precision Silicon Carbide (SiC) Thinning Wheels for Semiconductor Wafer Back-Grinding SEMIXICON is a U.S.-based manufacturer specializing in high-precision Silicon Carbide (SiC) thinning wheels for semiconductor wafer processing. Our SiC wheels are engineered for back-thinning of silicon, GaAs, and compound semiconductor wafers, ensuring flatness, uniformity, and surface integrity essential for advanced chip manufacturing. Key Features & Specifications Abrasive Grain: Green Silicon Carbide (GC) – extremely hard and sharp, ideal for grinding hard and brittle materials such as silicon, gallium arsenide (GaAs), and sapphire. Bond Type: Vitrified (Ceramic) Bond – highly porous structure allows efficient chip clearance, cooling, and stable cutting performance. Structure: Porous Design – enhances coolant flow and prevents wheel loading by providing escape channels for swarf. Grit Size: #200 – #2000 (customizable based on application) Diameter (D): 100mm – 500mm B...

SEMIXICON – Trusted Supplier of High-Performance Aluminum Nitride (AlN) Ceramic Heaters Advanced Thermal Solutions for Semiconductor, Medical, and Industrial Applications SEMIXICON specializes in Aluminum Nitride (AlN) ceramic heaters, delivering ultra-fast heating, high thermal conductivity, and precision thermal control for the most demanding environments. Our AlN heaters are engineered to provide efficient, uniform heating and long-lasting performance across semiconductor, medical, and industrial sectors. *** Key Material Properties: Base Material: High-purity Aluminum Nitride (AlN) ceramic Thermal Conductivity: 170–180 W/m·K — ideal for rapid heat dissipation Electrical Insulation: Excellent dielectric strength for reliable and safe operation Mechanical Strength: Superior resistance to thermal shock and mechanical stress *** Heating Performance: Ramp Rate: Up to 100°C per second – ultra-fast thermal response Max Operating Temperature: Up to 760°C (1400°F) Power Density: Up to 1000 ...