What is High Precision Machined 99.5% Alumina Ceramic Insulator
Price
Purchase Qty. Reference FOB Price
1-99 Pieces US$50.00
100-499 Pieces US$10.00
500+ Pieces US$8.50
Sepcifications
- Application Refractory, Structure Ceramic, Industrial Ceramic, Engineering Ceramic
- Purity 99.5%
- Type Ceramic Parts
- Transport Package Individual Packaging
- Specification Max. OD to be 800mm
- Trademark JingHui
- Origin China
- Product Name High Precision Alumina Ceramic Parts
- Shaping Methods Dry Pressed, ISO Pressed, Hot Pressed
- Density Over 5.95g/cm3
- Color Ivory
- Secondary Process CNC Machining, Fine Grinding
- Dimensional Tolerance Best to Be 0.001mm
- Certificate RoHS, Reach, ISO9001:2008
- Feature High Precision, High Mechanical Strength
- Usage Industrial Structure Ceramic Parts
- Material Alumina Ceramic
Product Description
High Precision Machined 99.5% Alumina Ceramic Insulator The main features of high precision ceramic parts 1. High precision dimensions with tightening tolerance, it's easier to get a perfect fitting relationship 2. Wear &abrasion resistance: Alumina is extreme hard technical ceramic with ...
-
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.