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Graphite is an excellent high temperature resistant material with a melting point of 3850°C±50°C and a boiling point of 4250°C; when the temperature rises to 2500°C, the strength of graphite doubles that at room temperature; under 7000°C ultra-high temperature arc for 10 seconds , the loss of graphite is only 0.8% of the weight, which shows its excellent high temperature resistance. It is precisely because of this excellent high temperature resistance that graphite products are used in many high temperature scenarios, such as graphite tubes, graphite cylinders, graphite connecting sheets, etc. Graphite components are often used in high temperature industrial furnace scenarios
Graphite heater is a heating device that uses graphite material as a heating element. It is usually used for heating occasions with high temperature, high purity, high vacuum and special atmosphere:
Heat treatment: Graphite heaters are often used in the heat treatment process of metal materials, such as quenching, annealing, aging, etc.
Semiconductor manufacturing: Graphite heaters can be heated under high vacuum and special atmosphere, and are very suitable for vapor deposition, chemical vapor deposition and other processes in the semiconductor manufacturing process.
Material sintering: Graphite heaters can sinter powder materials into solid materials at high temperatures, such as sintering ceramic materials, metal powder sintering, etc.
Laboratory research: Graphite heaters are also widely used in laboratory research, such as synthesizing new materials and studying the properties of substances.
The graphite heater produced by our company uses high-purity graphite, which has excellent high temperature resistance and corrosion resistance; moreover, it can realize precision machining of complex structural parts, and better match customers' usage scenarios.
The specific parameters of the material as following:
Materials | LTHG-F2 |
Bulk Density g/cm3 | 1.83 |
Electrical Resistivity uΩ·m | 8-10 |
Flexural Strength MPa | ≥50 |
Compressive Strength MPa | ≥90 |
Ash content % | ≤0.05 |
Graininess | 10-12 microns |
Ash content % | ≤0.03 |
Graininess | 8-10 microns |
Graphite is an excellent high temperature resistant material with a melting point of 3850°C±50°C and a boiling point of 4250°C; when the temperature rises to 2500°C, the strength of graphite doubles that at room temperature; under 7000°C ultra-high temperature arc for 10 seconds , the loss of graphite is only 0.8% of the weight, which shows its excellent high temperature resistance. It is precisely because of this excellent high temperature resistance that graphite products are used in many high temperature scenarios, such as graphite tubes, graphite cylinders, graphite connecting sheets, etc. Graphite components are often used in high temperature industrial furnace scenarios
Graphite heater is a heating device that uses graphite material as a heating element. It is usually used for heating occasions with high temperature, high purity, high vacuum and special atmosphere:
Heat treatment: Graphite heaters are often used in the heat treatment process of metal materials, such as quenching, annealing, aging, etc.
Semiconductor manufacturing: Graphite heaters can be heated under high vacuum and special atmosphere, and are very suitable for vapor deposition, chemical vapor deposition and other processes in the semiconductor manufacturing process.
Material sintering: Graphite heaters can sinter powder materials into solid materials at high temperatures, such as sintering ceramic materials, metal powder sintering, etc.
Laboratory research: Graphite heaters are also widely used in laboratory research, such as synthesizing new materials and studying the properties of substances.
The graphite heater produced by our company uses high-purity graphite, which has excellent high temperature resistance and corrosion resistance; moreover, it can realize precision machining of complex structural parts, and better match customers' usage scenarios.
The specific parameters of the material as following:
Materials | LTHG-F2 |
Bulk Density g/cm3 | 1.83 |
Electrical Resistivity uΩ·m | 8-10 |
Flexural Strength MPa | ≥50 |
Compressive Strength MPa | ≥90 |
Ash content % | ≤0.05 |
Graininess | 10-12 microns |
Ash content % | ≤0.03 |
Graininess | 8-10 microns |
