Type: | Graphite Crucible |
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Composition: | Petroleum Coke and Tar Coke. |
Carbon Content: | High-Carbon |
Grade: | Industrial Grade |
Forming Way: | Isostatic Graphite |
Crystal Morphology: | Artificial Graphite |
Customization: |
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Product use:
1. According to the heating method: vertical heating graphite tube and horizontal heating graphite tube.
2, according to the performance points: ordinary graphite tube (pyrolysis) is suitable for low temperature (2000 ºC) or less atomization elements such as silver, cadmium and lead; Pyrolytic graphite tube is suitable for low, medium and high temperature (> 2500 ºC) atomic elements; Platform graphite tube is suitable for middle and low temperature (2400 ºC) or less atomization elements.
TYPE | APPARENTDENSITY | ELECTRICALRESISTIVITY | THERMAL CONDUCTIVITY (100ºC) | COFFICIENT OF THE RMALEXPANSION (ROOM TEMPERATURE-600ºC) | SHORE HARDNESS | FLEXURAL STERENGTH | COMPRESSIVE STRENGTH | MODULUS OF ELASTICITY | POROSITY | ASH | PURIFY THE ASH | PARTICLE SIZE |
G/cm³ | ΜΩm | W/mk | 10-6/ºC | HSD | MPa | MPa | Gpa | % | PPM | PPM | Micron | |
WH-6 | 1.90 | 8-9 | 140 | 5.1 | 55 | 53 | 95 | 12 | 11 | / | 50 | 8-11 |
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