6,164 Graphite Mould For Cutting Tool
results from131 suppliers
Carbon Graphite Mold Suitable for Diamond Cutting Brick Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Graphite Molds for Hot Pressing Diamond Toolings for Concrete Cutting Tools
- Application Area: Pressure Sintering, Powder Metallurgy
- Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance
- Manufacturing Technique: CNC Machining
- Bulk Density (G/Cm³ ): 1.68-1.9g/cm3
- Materials: High Pure Graphite
- Size and Shape: Customer Request
Fine-Grain High Purity Graphite Glass Cutting Tools Mold
- Density: 1.72-1.92 G/Cm³
- Resistivity: Less Than 18
- Compressive Strength: 40-80 MPa
- Porosity: Less Than 26 %
- Elasticity Modulus: 6-18 Gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Asphalt Blads Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Ductile Lrow Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Green Concrete Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Cured Concrete Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Stone Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Ring Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Refractory Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Brick Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Refractory Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Block Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Customizable Long Tool Life Graphite Mold for Concrete Core Cutting
- Bulk Density: 1.80-1.91g/cm3
- Electrical Resistivity: 10-13
- Flexural Strength MPa: More Than 43MPa
- Compressive Strength: More Than 80MPa
- Thermal Conductivity: 85-139.2W/M*K
- Temperature Resistance: No More Than 4350 Degree
Carbon Graphite Mold Utilized for Diamond Cutting Ring Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Refractory Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Ductile Lrow Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Brick Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Block Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Combination Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Asphalt Blads Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Green Concrete Blades Tools
- Carbon Content: High-Carbon
- Density: 1.91-1.95 g/cm3
- Electrical Resistivity: 11-13
- Flexural Strength: No Less Than 60 MPa
- Compressive Strength MPa: More Than135
- Thermal Conductivity: 85W/M*K
Carbon Graphite Mold Utilized for Diamond Cutting Stone Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Graphite Molds Hot Pressing Diamond Toolings for Concrete Cutting Tools
- Speciality 1: Oxidation Resistance
- Speciality 2: High Rate Resistivity
- Speciality 3: Enough Mechanical Strength
- Speciality 4: Durable
- Speciality 6: Dense Structure
- Speciality 7: Low Rate Heat-Deformation
Carbon Graphite Mold Utilized for Diamond Cutting Asphalt Blads Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Cured Concrete Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Cured Concrete Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Graphite Mould for Hot-Extruded Diamond Tools on Stone Processing, for Cutting, Grinding, Drilling and Polishing
- Type: Special Casting
- Application: Hot Pressing Diamond Tools and Abrasives
- Material: High Purity Graphite
- Function: High Temperature Resistance
- Mold Material: Graphite Mold
- Warranty: 24 Months
Carbon Graphite Mold Applied to Diamond Cutting Combination Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Applied to Diamond Cutting Stone Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Utilized for Diamond Cutting Block Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Green Concrete Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Carbon Graphite Mold Suitable for Diamond Cutting Ductile Lrow Blades Tools
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25
Graphite Molds Hot Pressing Diamond Tooling for Concrete Cutting Tools
- Bulk Density: 1.71g/cm3-1.85g/cm3
- Type: Graphite Mold
- Carbon Content: High-Carbon
- Crystal Morphology: Compact Crystalline Graphite
- Composition: Graphite
- Grade: High Pure Graphite
Carbon Graphite Mold Utilized for Diamond Cutting Stone Blades Tools
- Bulk Density: 1.71g/cm3-1.85g/cm3
- Application: Diamond
- Type: Graphite Mold
- Carbon Content: High-Carbon
- Crystal Morphology: Compact Crystalline Graphite
- Composition: Graphite
Factory Source Thermal Conductivity and Low Coefficient of Thermel Expansion Graphite Mold
- Bulk Density: 1.80-1.91g/cm3
- Electrical Resistivity: 10-13
- Flexural Strength MPa: More Than 43MPa
- Compressive Strength: More Than 80MPa
- Thermal Conductivity: 85-139.2W/M*K
- Temperature Resistance: No More Than 4350 Degree
Factory Supply High Quality Graphite Mold for Sintering Diamond Tools
- Application: Metallurgical Industry, Diamond Tools Industry
- Carbon Content: High-Carbon
- Composition: Carbon
- Crystal Morphology: Artificial Graphite
- Forming Way: Isostatic Graphite
- Grade: High Grade
Graphite Mold for High-Speed Rail Brake Pad
- Bulk Density: 1.80-1.91g/cm3
- Electrical Resistivity: 10-13
- Flexural Strength MPa: More Than 43MPa
- Compressive Strength: More Than 80MPa
- Thermal Conductivity: 85-139.2W/M*K
- Temperature Resistance: No More Than 4350 Degree
Fine-Grain High Purity Graphite Mold Used for Bakeding Diamond Polishing Disc Pad
- Type: Graphite Mold
- Carbon Content: High-Carbon
- Forming Way: Molded Graphite
- Crystal Morphology: Compact Crystalline Graphite
- Composition: 99% High Carbon
- Grade: 99% High Carbon
Hot-Pressing Sintering Graphite Molds for Abrasion Wheel
- Density: 1.70-1.92g/cm3
- Resistivity: Less Than 12
- Compressive Strength: More Than 70MPa
- Porosity: Less Than 26%
- Elasticity Modulus : 6-18gpa
- Thermal Expansion Coefficient: 1.47-4.25