| Specification |
Feature: Long Time Materials;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Block;
Type: Refractory Material;
Material: Alumina Block;
|
Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Calcined;
Refractoriness (℃): Refractoriness> 2000;
Shape: Fepa Size, Grain Size, Powderwder;
Advantage I: Low Calorific Value, High Efficiency;
Advantage II: High Purity, Good Self-Sharpening;
High Quality: Low Na2o High B.D.;
Advantage III: High Temperature and Thermal Stability;
|
Classification: Semi-Silica;
Feature: Stable Chemical Properties;
Production Process: Caicined;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Lump ,Grain and Powderr;
Advantage 1: Stable Chemical Properties;
Advantage 2: High Heat Conductivity Coefficient;
Application: Functional Ceramics,Senior Refractory Materials;
Useful: Save Energy,Raise Efficiency, Decrease Consumption;
Sic: Silicon Carbide;
|
Classification: Semi-Silica;
Feature: Stable Chemical Properties;
Production Process: Caicined;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Lump ,Grain and Powderr;
Advantage 1: Stable Chemical Properties;
Advantage 2: High Heat Conductivity Coefficient;
Application: Functional Ceramics,Senior Refractory Materials;
Useful: Save Energy,Raise Efficiency, Decrease Consumption;
Sic: Silicon Carbide;
|
Classification: Semi-Silica;
Feature: Stable Chemical Properties;
Production Process: Caicined;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Lump ,Grain and Powderr;
Advantage 1: Stable Chemical Properties;
Advantage 2: High Heat Conductivity Coefficient;
Application: Functional Ceramics,Senior Refractory Materials;
Useful: Save Energy,Raise Efficiency, Decrease Consumption;
Sic: Silicon Carbide;
|
