alumina ceramic parts
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High-Purity 99.6% Alpha Alumina Powder with Low Shrinkage and High Density for Structural and Electronic Ceramics
High-Purity 99.6% Alpha Alumina Powder (CA & CN Series) | Low Shrinkage for Structural & Electronic Ceramics Discover our CA & CN series 99.6% Alpha Alumina powder. Featuring small shrinkage, high density (3.95 g/cm), and controlled crystal size for superior structural ceramics, electronic ceramics, and porous filters. 99.6% Alpha Alumina Powder for Advanced Ceramics | Low Shrinkage & High Performance Our premium Alpha Alumina (-Alumina) powders are engineered for high
Low Sodium Alpha Alumina Powder for Tape-Casting with Superior Electrical Insulation and Narrow Particle Size Distribution
Low Sodium Alpha Alumina Powder for Electronic Ceramics | OEM & ODM Solutions Product Overview: CL Series Low Sodium Alpha Alumina Engineered as the foundation for high-performance ceramic chip substrates. Our CL Series delivers the material consistency and superior electrical properties required for demanding applications, with full OEM and ODM support to meet your exact specifications. Primary Application: Precision-formulated for tape-casting processes, making it the ideal
High-Performance Alumina Kiln Furniture with 1600°C Max Working Temperature for MIM Sintering and Debinding in 96% and 99% Al₂O₃
High-Performance Alumina Kiln Furniture for MIM Sintering & Debinding Discover our high-purity alumina kiln furniture & ceramic sintering setters, engineered for superior thermal shock resistance, longevity, and precision in sintering & debinding metal injection moulded (MIM) components. Advanced Kiln Furniture for Sintering and Debinding Metal Injection Moulded (MIM) Components In the demanding field of Metal Injection Moulding (MIM), the choice of kiln furniture is critical
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-Purity White D50 Spherical Alumina Powder with 3.60 g/cm³ Specific Gravity for Thermal Interface Materials
High-Purity Spherical Alumina Powder - White D50 Powder with 3.60 g/cm Specific Gravity for Thermal Interface Materials This premium spherical alumina powder features exceptional globularity and high thermal conductivity, manufactured through advanced high-temperature melting technology. With its unique spherical morphology and high -AlO content, it delivers superior performance as a functional filler in thermal interface materials, ceramic composites, and electronic
High-Purity Alpha Alumina Powder for Thermal Management with Controlled Particle Size Distribution and High Packing Density
D50 Aluminum Oxide Ceramic Powder - High-Purity Alpha Alumina Spheres for Thermal Management Superior Thermal Conductivity for Demanding Electronics Our D50 Aluminum Oxide Ceramic Powder (Alpha Alumina) is a high-purity, spherical powder engineered for advanced thermal management solutions. With a consistent spherical morphology and tightly controlled particle size distribution, it enables superior filler loading in thermal interface materials (TIMs), resulting in exceptional
High Purity 99.9% Aluminum Oxide Ceramic with 260MPa Tensile Strength and Superior Wear Resistance
High Purity 99.9% Aluminum Oxide Ceramic | 260MPa Tensile Strength Product Overview 99.9% AlO ceramic with 260MPa tensile strength. Excellent wear & corrosion resistance for seals, bearings & industrial applications. Custom machining available. As a premier advanced technical ceramic, our 99.9% high-purity Aluminum Oxide (AlO) delivers exceptional mechanical strength and durability for demanding industrial applications. With a tensile strength of 260MPa and superior
Zirconia Toughened Alumina Beads with Vickers Hardness 1350 kg/mm² High-Density Ceramic Grinding Media and Sphericity >95%
Zirconia Toughened Alumina Beads K-380 | High-Density Grinding Media Product Description Our K-380 Zirconia Toughened Alumina (ZTA) Beads are high-performance composite ceramic grinding media engineered for high-speed and high-energy milling processes, such as agitator and sand mills. They deliver exceptional wear resistance and grinding efficiency for a wide range of hard-to-grind materials. Key Features & Benefits Superior Hardness & Wear Resistance: With a Vickers Hardness
High-Density Zirconia Toughened Alumina Beads with Precision Sphericity and High Vickers Hardness for Superior Grinding Performance
Zirconia Toughened Alumina Beads K-400 | High-Density (4.00 g/cm) Grinding Media for Minerals & Coatings Our K-400 Zirconia Toughened Alumina (ZTA) Beads represent the pinnacle of grinding media technology for high-speed sand mills and agitator mills. Engineered with an optimized microcrystalline structure and superior density, these composite ceramic beads deliver exceptional grinding efficiency and wear resistance for the most demanding fine-grinding applications. Key
