| Specification |
Application: Chemical Processing, Electrical Insulation, Semiconductor Industry, Refractory, Structure Ceramic, Industrial Ceramic;
Ceramic Tube & Rod: Ceramic Tube;
Length: 1 inch;
Temperature Resistance: 1500℃;
Material Option: Zirocnia Zro2 Ceramic, TiO2 Ceramic, Titania;
Shape: Eyelet, Tube, Rod, U Shape, Pigtail, Dogtail;
Usge: Spinning, Textile Machine, Rapier, Creep;
Strong Point: High Wear Resistant;
Surface Finish: Normal, Polised, Shining, Bright, Diamond Polish;
Material 2: C799, Alsint, Aluminum Oxide, Alumina, Al2O3;
Purity of Al2O3: 95%, 99%, 99.7%, 99.8%;
Purity: 95%;
Type: Ceramic Tube, Ceramic Tubes;
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Application: Electrical Insulation, Aerospace, Electronics, Medical, Semiconductor;
Ceramic Tube & Rod: Ceramic Substrate;
Material: Aln;
Density: 3.28-3.30 g/cm3;
Color: Grey, Black;
Thermal Conductivity: 160-230 W/M.K;
Max Working Temperature (in Air): 800 C;
Max Working Temperature (in Vacuum): 1200 C;
Max Working Temperature (in Inert Gas): 1500 C;
Dielectric Strength: 15 Kv/mm;
Type: Ceramic Substrate;
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Application: Electrical Insulation, Aerospace, Electronics, Medical, Semiconductor;
Ceramic Tube & Rod: Ceramic Substrate;
Material: Aln;
Density: 3.28-3.30 g/cm3;
Color: Grey, Black;
Thermal Conductivity: 160-230 W/M.K;
Max Working Temperature (in Air): 800 C;
Max Working Temperature (in Vacuum): 1200 C;
Max Working Temperature (in Inert Gas): 1500 C;
Dielectric Strength: 15 Kv/mm;
Type: Ceramic Substrate;
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Application: Chemical Processing, Electrical Insulation, High-Temperature Furnaces, Medical Devices, Semiconductor Industry;
Ceramic Tube & Rod: Ceramic Tube;
Material: Hot Pressed Boron Nitride;
Density: 1.5-2.9 g/cm3;
Color: White, Light Grey, Dark Grey;
Thermal Conductivity: 30-85 W/M.K;
Max Working Temperature (in Air): 1000 C;
Max Working Temperature (in Vacuum): 1800 C;
Max Working Temperature (in Inert Gas): 2100 C;
Type: Ceramic Tube;
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Application: High-Temperature Furnaces;
Ceramic Tube & Rod: Ceramic Tube;
Length: at Your Request;
Temperature Resistance: 1000℃;
Hardness: High;
Flexural Strength: High;
Resistance: High Temperature;
Thermal Resistance: Excellent;
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