| Specification |
Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Sintering Method;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Plate;
Product Name: Ladle Refractories Sliding Gate Plates for Steel M;
Al2O3: 80% Min;
Apparent Porosity: 15%;
Bulk Density: 3GM./Cc Min;
C.C.S: 100MPa Min;
Application: Steel Mill Ladle;
Mould: According to The Customer's Request;
Hot Sales Area: Pakistan;
Function: Flow Control;
Drawing: Customized;
Chemical Physical Analysis: Customized;
Sample Order: Acceptable;
Service Life: 4-8 Heats;
Main Material: Tabular Alumina, Carbonaceous Material;
Zirconia: Can Be Added;
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Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight, Low Thermal Conductivity;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Brick;
Al2O3(%): 65-95;
Refractoriness Under Load: 1450-1650;
Apparent Porosity: 18-25;
Bulk Density: 2.3-3.1;
Cold Crushing Strength: 13-36;
Thermal Shock Resistance: 7-20;
Refractoriness: 1710-1800;
Product Name: High Temperature Resistance Refractory Ceramic Bal;
Water Absorption: <0.01%;
Sample: Free;
Hardness: 8;
Cold Crushing Strength: 39-65;
Reheating Linear: 0.1;
Change: 0.4;
Refractoriness Under Load: 1420;
|
Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight, Low Thermal Conductivity;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Brick;
Al2O3(%): 65-95;
Refractoriness Under Load: 1450-1650;
Apparent Porosity: 18-25;
Bulk Density: 2.3-3.1;
Cold Crushing Strength: 13-36;
Thermal Shock Resistance: 7-20;
Refractoriness: 1710-1800;
Product Name: High Temperature Resistance Refractory Ceramic Bal;
Water Absorption: <0.01%;
Sample: Free;
Hardness: 8;
Cold Crushing Strength: 39-65;
Reheating Linear: 0.1;
Change: 0.4;
Refractoriness Under Load: 1420;
|
Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight, Low Thermal Conductivity;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Brick;
Al2O3(%): 65-95;
Refractoriness Under Load: 1450-1650;
Apparent Porosity: 18-25;
Bulk Density: 2.3-3.1;
Cold Crushing Strength: 13-36;
Thermal Shock Resistance: 7-20;
Refractoriness: 1710-1800;
Product Name: High Temperature Resistance Refractory Ceramic Bal;
Water Absorption: <0.01%;
Sample: Free;
Hardness: 8;
Cold Crushing Strength: 39-65;
Reheating Linear: 0.1;
Change: 0.4;
Refractoriness Under Load: 1420;
|
Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Light Weight, Low Thermal Conductivity;
Production Process: Extrusion Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Brick;
Al2O3(%): 65-95;
Refractoriness Under Load: 1450-1650;
Apparent Porosity: 18-25;
Bulk Density: 2.3-3.1;
Cold Crushing Strength: 13-36;
Thermal Shock Resistance: 7-20;
Refractoriness: 1710-1800;
Product Name: High Temperature Resistance Refractory Ceramic Bal;
Water Absorption: <0.01%;
Sample: Free;
Hardness: 8;
Cold Crushing Strength: 39-65;
Reheating Linear: 0.1;
Change: 0.4;
Refractoriness Under Load: 1420;
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