Thermal Management Materials
Thermal management materials are made of graphite or graphene combined with other materials by a specific process. It has the characteristics of low thermal resistance, light weight and high thermal conductivity. It is used in consumer electronics, new energy vehicles, medical equipment and other industries.
- Product Code
- Thickness (μm)
- Thermal Conductivity (W/(m.k))
- Density (g/cm³)
- 90° Cohesion
- Thermal Diffusion Coefficient (mm²/s)
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Code:SDK GFH80
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Primary classification：Thermal Management Materials
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Secondary classification：Graphene Materials
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Category：Graphene
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Secondary Category：/
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Typical Product Name：SDK GFH80
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Thickness (μm)：80
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Thickness Tolerance（μm）：±10
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Thermal Conductivity (W/(m.k))：1200-1400
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Density (g/cm³)：2.0±0.1
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90° Cohesion：≥50
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Temperature Range（℃）：1200-1400
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Thermal Diffusion Coefficient (mm²/s)：700-900
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Specific Heat Capacity (J/(g.K))：0.85
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Thickness（μm）：51-100
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Thermal Conductivity (W/(m.k))：≥1200
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Density (g/cm³)：0.8-2.2
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90° Cohesion：≥50
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Thermal diffusion coefficient（mm²/s）：≥700
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Specific Heat Capacity (J/(g.K))：0.85
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Code:SDK GFH100
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Primary classification：Thermal Management Materials
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Secondary classification：Graphene Materials
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Category：Graphene
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Secondary Category：/
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Typical Product Name：SDK GFH100
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Thickness (μm)：100
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Thickness Tolerance（μm）：±10
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Thermal Conductivity (W/(m.k))：≥1300
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Density (g/cm³)：1.9±0.1
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90° Cohesion：≥50
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Temperature Range（℃）：≥1300
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Thermal Diffusion Coefficient (mm²/s)：≥700
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Specific Heat Capacity (J/(g.K))：0.85
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Thickness（μm）：51-100
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Thermal Conductivity (W/(m.k))：≥1300
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Density (g/cm³)：0.8-2.2
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90° Cohesion：≥50
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Thermal diffusion coefficient（mm²/s）：≥700
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Specific Heat Capacity (J/(g.K))：0.85
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Code:SDK GFH40
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Primary classification：Thermal Management Materials
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Secondary classification：Graphene Materials
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Category：Graphene
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Secondary Category：/
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Typical Product Name：SDK GFH40
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Thickness (μm)：40
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Thickness Tolerance（μm）：±5
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Thermal Conductivity (W/(m.k))：≥1300
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Density (g/cm³)：2.0±0.1
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90° Cohesion：≥50
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Temperature Range（℃）：≥1300
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Thermal Diffusion Coefficient (mm²/s)：≥1300
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Specific Heat Capacity (J/(g.K))：0.85
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Thickness（μm）：≤50
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Thermal Conductivity (W/(m.k))：≥1300
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Density (g/cm³)：0.8-2.2
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90° Cohesion：≥50
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Thermal diffusion coefficient（mm²/s）：≥1300
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Specific Heat Capacity (J/(g.K))：0.85
