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Cobritherm - IMS

Cobritherm

COBRITHERM is an Insulated Metal Substrate (IMS) with exceptional thermal conductivity. It comprises an aluminum or copper base layered with copper foil on the opposing side. The substrate incorporates an epoxy-based insulation layer with a high inorganic content, enabling it to achieve outstanding thermal conductivity. Our primary objective with COBRITHERM is to minimize thermal blockage and efficiently transfer heat from electronic components to the metal core. By employing high pressure and high temperature during its production, we attain exceptional bonding strengths surpassing those typically found in standard thermal adhesives utilized in the thermal management industry.

  • Product specifications

    Dielectric Layer 150μm
    Dielectric Strength High
    Thermal Conductivity 3.2 W/mK
    Thermal Impedance 0,47 Kcm²/W
    Proof Test, DC 3000V
    Brakedown Voltage V(AC) 8 kV
    Test Guaranteed 100%
    Power Modules, IGBTS, Automotive Power Train Ideal
  • Product specifications

    Dielectric Layer 100μm, 120μm
    Dielectric Strength High
    Thermal Conductivity 3,2 W/mK
    Thermal Resistance 0,18 K/W
    Brakedown Voltage V(AC) 6 kV
  • Product specifications

    Dielectric Layer 100μm/140μm
    Dielectric Strength High
    Thermal Conductivity 3.2 W/mK
    Thermal Impedance 0,33/0,47 Kcm²/W
    Proof Test, DC 1000/3000V
    Brake down voltage V(AC) 6,5/8 kV
    CTE Expansion Very low
    Test Guaranteed 100%
    Power Modules, IGBTS, Automotive Power Train Ideal
  • Product specifications

    Dielectric Layer 90µm - 130µm
    Dielectric Strength High
    Thermal Conductivity 3.2 W/mK
    Thermal Impedance 0,30/0,43 K/W
    Proof Test, DC 3000V
    Brake-down Voltage V(AC) 4/6 kV
    Test Guaranteed 100%
    Power Modules, IGBTS, Automotive Power Train Ideal
  • Product specifications

    Dielectric Layer 130μm
    Dielectric strength High
    Thermal Conductivity 3,2 W/mK
    Thermal Impedance 0,43 Kcm²/W
    Brake down voltage V(AC) 3 kV
    Insulation Guarantee Yes
    High Voltage Electronics Ideal
  • Product specifications

    Dielectric Layer 130μm
    Dielectric Strength High
    Thermal Impedance 0,65 Kcm²/W
    Thermal Conductivity 2,2 W/mK
    Brake down voltage V(AC) 4 kV
    Test Guaranteed 100%
    Insulation Guarantee Yes
  • Product specifications

    Dielectric Layer 150μm
    Dielectric Strength High
    Thermal Conductivity 2,2 W/mK
    Thermal Impedance 0,75 K/W
    Proof Test, DC 3000V
    Brake down voltage V(AC) 7 kV
    Test Guaranteed 100%
    Insulation Guaranteed Yes
    Power Modules, IGBTS, Automotive Power Train Ideal
  • Product specifications

    Dielectric Layer 90μm/130μm
    Dielectric Strength High
    Thermal Conductivity 2,2 W/mK
    Thermal Impedance 0,15/0,22 K/W
    Proof Test, DC 1500/3000V
    Brake down voltage V(AC) 5/7 kV
    Insulation Guaranteed Yes
  • Product specifications

    Dielectric Layer 100μm
    Dielectric Strength High
    Thermal Conductivity 1,30 W/mK
    Thermal Impedance 0,77 Kcm²/W
    Brakedown Voltage V(AC) 4,5 kV
    Ideal for high temperature Yes
    Large Volume Production Ideal
  • Product specifications

    Dielectric Layer 120μm
    Dielectric Strength High
    Thermal Conductivity 1,3 W/mK
    Thermal Resistance 0,92 Kcm²/W
    Proof Test, DC 1000V
    Brakedown Voltage V(AC) 5 kV
    Ideal for high temperature Yes
    Test Guaranteed 100%
    Thermal Endurance Yes
    Improved Thermal Performance Ideal
    1W LED Lighting Ideal
  • Product specifications

    Dielectric Layer 100μm/120μm
    Dielectric Strength High
    Thermal Conductivity 1,8 W/mK
    Thermal Impedance 0,62/0,75 Kcm²/W
    Proof Test, DC 1000/2000V
    Brake down voltage V(AC) ≥4/≥5 kV
    Test Guaranteed 100%
    Thermal Endurance Yes
    2W LED Lighting Ideal

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