| Specification |
Classification: High-Alumina;
Feature: Good Mechanical Strength, High-Temperature Resistant;
Production Process: Sintering Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Powder;
Al2O3: ≥53%;
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Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Sintering Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Plate;
Product Name: Ladle Upper Slide Gate Plate;
Material: Alumina Zrconia Carbon or Alumina Carbon;
Main Element: Alumina&Zirconia&Carbon;
Application: Ladle of Steel Mill;
Process: Shaped-Dry-High Temperature Firing-Pitch Immersed;
Flatness of Sliding Surface: Less Than 0.05mm;
Feature 1: High Mechanical Strength;
Feature 2: High Resistance;
Feature 3: Excellent Oxidation Resistance;
Feature 4: Good Thermal Shock Stability;
Service Life: 4-8 Heats;
Usage Area: Continuous Casting in Steel Plant;
Workmanship: High Temperature Deep Burnt;
Other Material Type: Al-C or MGO Spinel Slide Plates;
Transport1: Free Fumigation Wooden Box;
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Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Sintering Method;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Plate;
Product Name: Ladle Upper Slide Gate Plate;
Material: Alumina Zrconia Carbon or Alumina Carbon;
Main Element: Alumina&Zirconia&Carbon;
Application: Ladle of Steel Mill;
Process: Shaped-Dry-High Temperature Firing-Pitch Immersed;
Flatness of Sliding Surface: Less Than 0.05mm;
Feature 1: High Mechanical Strength;
Feature 2: High Resistance;
Feature 3: Excellent Oxidation Resistance;
Feature 4: Good Thermal Shock Stability;
Service Life: 4-8 Heats;
Usage Area: Continuous Casting in Steel Plant;
Workmanship: High Temperature Deep Burnt;
Other Material Type: Al-C or MGO Spinel Slide Plates;
Transport1: Free Fumigation Wooden Box;
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Classification: High-Alumina;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Deep Burnt;
Refractoriness (℃): 1580< Refractoriness< 1770;
Shape: Plate;
Product Name: Ladle Refractory Deep Burnt Slide Plates;
Model: LG20;
Material: Al2O3+Zro2+C/Al-C Composite;
Main Element: Alumina&Zirconia&Carbon;
Application: Ladle of Steel Mill;
Process: Shaped-Dry-High Temperature Firing-Pitch Immersed-;
Flatness of Sliding Surface: Less Than 0.05mm;
Feature 1: High Mechanical Strength;
Feature 2: High Resistance;
Feature 3: Excellent Oxidation Resistance;
Feature 4: Good Thermal Shock Stability;
Service Life: 4-8 Heats;
Usage Area: Continuous Casting in Steel Plant;
Workmanship: High Temperature Deep Burnt;
Other Material Type: Al-C or MGO Spinel Slide Plates;
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Classification: Clay;
Feature: Good Mechanical Strength, Good Thermal Insulation Performance, High-Temperature Resistant, Low Thermal Conductivity;
Production Process: Casting Method;
Refractoriness (℃): 1710< Refractoriness<1780;
Shape: Brick;
Al2O3: 40-70%;
Fe2o3: 2.0-2.5%;
Bulk Density: 2.10-2.30 g/cm3;
Apparent Porosity: 24%;
Certifiacte: ISO9001, CE, etc;
Cold Crushing Strength: 30-40 MPa;
Working Temperature: 1710-1780℃;
Application: Industrial Furnace;
Thermal Shock Resistance: Excellent;
Refractoriness Under Load (0.2MPa): 1350-1450℃;
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