Alumina Ceramic Components
Low-Sodium Alpha Aluminum Oxide with 2-3μm Crystal Size and High-Purity Al2O3 ≥99.8% for Advanced Alumina Ceramics
Low-Sodium Alpha Aluminum Oxide (2-3μm) | White Alumina Ceramics for Vacuum Tubes & Extrusion High-purity white alumina ceramics (Al₂O₃ ≥99.8%) with 2-3μm crystal size. Ideal for electric vacuum tube shells (dry pressing) and extruded ceramics. Excellent electrical insulation and sinterability. Low-Sodium Alpha Aluminum Oxide for Advanced Technical Ceramics Our high-purity white alpha aluminum oxide powders are engineered for demanding ceramic forming processes. With
99.8% High-Purity Alumina Ceramic Wheels and Nozzles with Wear Resistance and High-Temperature Stability for Industrial Machinery
99.8% High-Purity Alumina Ceramic Wheels & Nozzles Precision components for industrial machinery requiring superior wear resistance, high temperature stability, and excellent electrical insulation. High-Precision Alumina Ceramic Components Shaanxi Kegu engineers high-purity alumina ceramic components that deliver unmatched performance in challenging industrial environments. Our 99.8% Alumina Ceramic Wheels and Nozzles are precision-machined to offer exceptional structural
High-Purity Alumina A998 (99.8%) Ceramic Rings for 200mm and 300mm Semiconductor Tools with Exceptional Plasma Resistance
Advanced Alumina Ceramic Rings for Semiconductor Equipment We manufacture high-performance Alumina Ceramic Rings specifically engineered for critical applications in semiconductor plasma processing equipment. Made from High-Purity Alumina A998 (99.8%), our components provide unmatched plasma resistance and reliability in demanding etch and CVD chambers. Product Overview Collar Edge Rings / Dep Rings Focus Rings Chamber Inserts & Liners Other Customized Process Kit Components
High Purity Alumina Ceramic Crucibles with Custom Sizes for High-Temperature Resistance in Sintering and Melting
High Purity Alumina Ceramic Crucibles | Custom Sizes for High-Temp Sintering Product Overview Our high-purity alumina ceramic crucibles are engineered for the most demanding high-temperature industrial and research applications. Serving as a high-performance domestic replacement for imported alternatives, these crucibles are meticulously manufactured from premium materials to deliver exceptional thermal stability, corrosion resistance, and contamination-free processing. They
Al2O3 Ceramic Screws with Hex and Pan Heads for Extreme Temperature Resistance in Harsh Environments
Al2O3 Ceramic Screws | Hex & Pan Head Fasteners for Extreme Environments Engineered for Demands Where Metal and Plastic Fail Discover our premium Al2O3 Ceramic Screws - the ultimate fastening solution for harsh environments where conventional plastic and steel components deteriorate, corrode, or fail. Made from high-performance alumina (Aluminum Oxide), these screws provide unmatched reliability in extreme temperatures, corrosive settings, and sensitive applications. Key
Cost-Effective Alumina Foam Ceramic Filter with Chemical Stability and Thermal Consistency for Molten Metal Filtration
Alumina Foam Ceramic Filters: The Economical Choice for Molten Metal Filtration Alumina foam ceramic filters offer an optimal balance of performance and cost-effectiveness for general-purpose metal filtration. With excellent chemical stability and adequate temperature resistance, they are widely used in aluminum, bronze, and lower-temperature iron applications. Product Highlights Key Advantages Cost-Effective Performance: Optimal price-to-performance ratio Chemical Stability:
High Specific Surface Area Honeycomb Ceramic Regenerator with Low Flow Resistance and High-Temperature Performance for Industrial Furnaces
Honeycomb Ceramic Regenerator Material Selection Guide (Cordierite vs. Mullite) Product Overview The Honeycomb Ceramic Regenerative Heat Exchanger is a core component of Regenerative High-Temperature Air Combustion Technology. Featuring excellent properties including high-temperature resistance, corrosion resistance, high strength, and superior thermal conductivity, it significantly enhances thermal efficiency, reduces energy consumption, and extends service life of various
Aluminum Silicate Caster Tip with Superior Erosion Resistance and Dimensional Stability for Extended Campaign Life in Twin-Roll Casting
Enhancing Twin-Roll Casting with Aluminum Silicate Caster Tips In the continuous twin-roll casting process for aluminum sheets, the caster tip serves as the critical interface where molten metal transitions into the roll bite. Our high-performance Aluminum Silicate Caster Tips are precision-engineered to excel in this demanding environment, ensuring consistent quality and extended campaign life. Precision Components for Critical Applications Our versatile caster tip material
Aluminum Silicate Sprue Cup with Controlled Splash-Free Pouring, Reduced Mold Erosion and Integrated Filtration Effect
Aluminum Silicate Sprue Cup: The First Point of Contact for Quality Casting In metal casting, the moment molten metal enters the mold sets the stage for the entire part quality. Our Aluminum Silicate Sprue Cup, positioned at the top of the mold, serves as the critical first point of contact during pouring—engineered to optimize flow, protect the tooling, and enhance casting integrity. Key Features & Benefits Controlled, Splash-Free Pouring The funnel-shaped design smoothly
