| Specification |
Feature: Long Time Materials;
Shape: Powder;
Color: Black, Sliver Grey;
Fixed Carbon: 90-99%;
Expandable Rate: 180ml/G - 300ml/G;
Application 1: Fire Resistant, EPS Foam;
Application 2: Fireproof Door;
Application 3: Graphite Sheet;
Refractoriness (℃): Refractoriness> 2000;
Type: Refractory Material;
Material: Natural Graphite;
|
Classification: Carbon Electrode Paste, Carbon Electrode Paste;
Feature: High Mechanical Strength, Low Ash / High Carbon, High Mechanical Strength, Low Ash / High Carbon;
Shape: Oval / Trapezoidal / Cylindrical Electrode Paste, Oval / Trapezoidal / Cylindrical Electrode Paste;
Usage: High-Temperature Furnaces, Ferroalloy Smelting, High-Temperature Furnaces, Ferroalloy Smelting;
Si Content: <0.28%;
P Content: 0.004%;
Ash Content: 2-10%;
V.M: 10.0-15.0;
Fe Content: <0.25;
Resistivity: 55-90 Uom;
Density: >1.46 g/cm3;
Compression Strength: >18 MPa;
Extensibility: 6-20;
Apparent Density: >1.42 g/cm3;
Rupture Density: >4.0;
Real Density: >1.98 g/cm3;
Carbon Content: High-Carbon;
Crystal Morphology: Aphanitic Graphite;
Type: Carbon Electrode Paste;
Composition: Petroleum Coke, Needle Coke, Coal Tar Pitch;
Grade: Standard;
Forming Way: Standard;
|
Classification: Carbon Electrode Paste, Carbon Electrode Paste;
Feature: High Mechanical Strength, Low Ash / High Carbon, High Mechanical Strength, Low Ash / High Carbon;
Shape: Oval / Trapezoidal / Cylindrical Electrode Paste, Oval / Trapezoidal / Cylindrical Electrode Paste;
Usage: High-Temperature Furnaces, Ferroalloy Smelting, High-Temperature Furnaces, Ferroalloy Smelting;
Si Content: <0.28%;
P Content: 0.004%;
Ash Content: 2-10%;
V.M: 10.0-15.0;
Fe Content: <0.25;
Resistivity: 55-90 Uom;
Density: >1.46 g/cm3;
Compression Strength: >18 MPa;
Extensibility: 6-20;
Apparent Density: >1.42 g/cm3;
Rupture Density: >4.0;
Real Density: >1.98 g/cm3;
Carbon Content: High-Carbon;
Crystal Morphology: Aphanitic Graphite;
Type: Carbon Electrode Paste;
Composition: Petroleum Coke, Needle Coke, Coal Tar Pitch;
Grade: Standard;
Forming Way: Standard;
|
Classification: Carbon Electrode Paste, Carbon Electrode Paste;
Feature: High Mechanical Strength, Low Ash / High Carbon, High Mechanical Strength, Low Ash / High Carbon;
Shape: Oval / Trapezoidal / Cylindrical Electrode Paste, Oval / Trapezoidal / Cylindrical Electrode Paste;
Usage: High-Temperature Furnaces, Ferroalloy Smelting, High-Temperature Furnaces, Ferroalloy Smelting;
Si Content: <0.28%;
P Content: 0.004%;
Ash Content: 2-10%;
V.M: 10.0-15.0;
Fe Content: <0.25;
Resistivity: 55-90 Uom;
Density: >1.46 g/cm3;
Compression Strength: >18 MPa;
Extensibility: 6-20;
Apparent Density: >1.42 g/cm3;
Rupture Density: >4.0;
Real Density: >1.98 g/cm3;
Carbon Content: High-Carbon;
Crystal Morphology: Aphanitic Graphite;
Type: Carbon Electrode Paste;
Composition: Petroleum Coke, Needle Coke, Coal Tar Pitch;
Grade: Standard;
Forming Way: Standard;
|
Classification: Carbon Electrode Paste, Carbon Electrode Paste;
Feature: High Mechanical Strength, Low Ash / High Carbon, High Mechanical Strength, Low Ash / High Carbon;
Shape: Oval / Trapezoidal / Cylindrical Electrode Paste, Oval / Trapezoidal / Cylindrical Electrode Paste;
Usage: High-Temperature Furnaces, Ferroalloy Smelting, High-Temperature Furnaces, Ferroalloy Smelting;
Si Content: <0.28%;
P Content: 0.004%;
Ash Content: 2-10%;
V.M: 10.0-15.0;
Fe Content: <0.25;
Resistivity: 55-90 Uom;
Density: >1.46 g/cm3;
Compression Strength: >18 MPa;
Extensibility: 6-20;
Apparent Density: >1.42 g/cm3;
Rupture Density: >4.0;
Real Density: >1.98 g/cm3;
Carbon Content: High-Carbon;
Crystal Morphology: Aphanitic Graphite;
Type: Carbon Electrode Paste;
Composition: Petroleum Coke, Needle Coke, Coal Tar Pitch;
Grade: Standard;
Forming Way: Standard;
|
