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Composite material ACM-H1/H2-ACM-H1
Composite material ACM-H1/H2-Advance Composite Co., Ltd.

Composite material ACM-H1/H2
Advance Composite Co., Ltd.


About This Product

■Summary

・An unprecedented new material made of aluminum and graphite composite material ・A new well-balanced material whose thermal conductivity is second only to diamond and higher than copper, and whose thermal expansion is as small as that of ceramics. ・It is also possible to arbitrarily design physical properties such as heat conduction, thermal expansion, and strength according to required needs.

■Features

・Thermal conductivity: 1.2 times higher thermal conductivity than copper ・Thermal expansion coefficient: Approximately 1/5 that of copper, as small as ceramics ・Strength (bending strength): 2.5 times that of graphite ・Lightweight: Density is less than 1/4 that of copper, smaller than aluminum

■Applications

・Alternative to aluminum/copper (heat spreader) ・Heat diffusion material for substrates: Laid under ceramic substrates, ideal for heat spreaders for heat diffusion as an alternative to Al-SiC.

  • Product

    Composite material ACM-H1/H2

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1 Models of Composite material ACM-H1/H2

Image Part Number Price (excluding tax) Characteristics Thermal expansion coefficient (ppm/K) XY/Z Thermal diffusivity (mm3/S) XY/Z Thermal conductivity (W/m・k) XY/Z Specific heat (J/g・K) XY/Z Specific stiffness (GPa-g/cm3) Standard size (mm) (Existing equipment and track record) Bending strength (MPa) Density (g/cm3) Young's modulus (GPa) XY/Z
Composite material ACM-H1/H2-Part Number-ACM-H1

ACM-H1

Available upon quote

Anisotropy

4.7/17.1

203/45

470/160

1.09

13

400sp×60t

68

2.34

27.0/34.0

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