What is Industrial Al2O3 Insulated Parts Wear Resistant Aluminium Oxide Disc Substrate Lining Sleeve Customized High Alumina Ceramic
Price
Min. Order Reference FOB Price
1 Piece US$0.50-15.00 / Piece
Sepcifications
- Application Aerospace, Electronics, Medical, Automobile, Petrochemical, Textile Industry
- Purity From 75% to 99.8%
- Type Ceramic Part
- Transport Package Cartons with EPE Foam
- Specification Customized as per customer requirements
- Origin China
- Achievable Specifications Od: 600mm, Side-Length: 800mm X 600mm
- Forming Methods Dry, Hot, Isostatic Pressed, Cim
- Surface Treatments Polishing, Glazing, Metallizing
- Secondary Process Fine Grinding, CNC Machining
- Features Anti-Wear, High Temperature Resistance, Insulation
- Especially Suitable for Applications in Various Harsh Working Environments
- Common Product Types Various Alumina Structural Parts
- Featured Product Types Metallized Ceramics, Pepper Mill Mechanisms
Product Description
Industrial Al2O3 Insulated Parts Wear Resistant Aluminium Oxide Disc Substrate Lining Sleeve Customized High Alumina Ceramic Brief Introduction Jinghui Ceramic is a professional manufacturer of alumina ceramics. Our high-tech ceramic products have been used in electronics, communications, ...
-
Reviews of Ceramic Grinding Burr Ceramic grinding burrs replace plastics, excel in durability, heat generation, and corrosion resistance. -
Where Are The Difficulties in Processing High-Performance Ceramic Parts Exploring the processing of high-performance ceramic parts, the article addresses challenges stemming from material brittleness during cutting, the intricacies of high-temperature sintering control, demands for impeccable surface finishes, and the need for precision in fabrication. Overcoming these hurdles involves refined cutting methods, precise sintering control, specialized grinding techniques, and advanced high-precision processing. -
A Quick Look at Ceramic Metallization Ceramic metallization involves applying metal coatings to ceramics, enhancing conductivity, strength, and versatility. This process is crucial in electronics, aerospace, and medicine, enabling ceramics to overcome their inherent limitations and find widespread applications across various fields.