| Specification |
Feature: Long Time Materials;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Powder;
Al2O3: 45% ;60%;70%;
Fe2o3: 0.8-1.6%Max;
TiO2: 2-2.8%;
K2o: 0.1-1.5%;
Density: 2.4-2.8g/cm3;
Mullite Phase: 80-90;
Refracotry temperature: 1790-2200;
Grade: M45;M60;M70;
Type: Refractory Material;
Material: Mullite;
|
Classification: High-Alumina;
Feature: Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight;
Production Process: Sintering Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Plate;
Tensile Strength: 650MPa;
Erosion in The H2,at 454,Mil/Yr: 21.9;
Carbon Content of The Alloy After Solid: Lower Than 0.30%;
Max Working Temp. in The So2: 1100 Degree;
|
Classification: Clay;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Extrusion Method;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Brick;
Usage: Furnace Liner;
Al203 Content (%): 35%-45%;
Si02 Content (%: 52%;
MGO Content (%): 0.1%;
Refractoriness (Degree): Common1580< Refractoriness< 1770;
Cro Content %): 0.1%;
Bulk Density: 2.0~2.2g/cm3;
Sic Content %): 0.1%;
Apparent Porosity: 23%~26%;
Cold Crushing Strength: 20~35MPa;
Cao Content %): 0.1%;
Application: Industrial Furnaces;
Single Package Size: 100X100X110.Cm;
|
Classification: High-Alumina;
Feature: Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Block;
Tensile Strength: 650MPa;
Erosion in The H2,at 454,Mil/Yr: 21.9;
Carbon Content of The Alloy After Solid: Lower Than 0.30%;
Max Working Temp. in The So2: 1100 Degree;
|
Classification: Semi-Silica;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Pipe;
Tensile Strength: 650MPa;
Erosion in The H2,at 454,Mil/Yr: 21.9;
Carbon Content of The Alloy After Solid: Lower Than 0.30%;
Max Working Temp. in The So2: 1100 Degree;
|