The leading manufacturer of heatsinks, thermal conductive materials, cases and connectors.
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Results in products

1 - 12 (16)Number:
ksk01_frontal.jpg
  • length: 60 mm
  • thermal resistance: 2.4 - 0.45 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk02_frontal.jpg
  • length: 60 mm
  • thermal resistance: 2.1 - 0.4 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk03_frontal.jpg
  • length: 80 mm
  • thermal resistance: 1.6 - 0.34 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk04_frontal.jpg
  • length: 80 mm
  • thermal resistance: 1.3 - 0.28 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk05_frontal.jpg
  • length: 100 mm
  • thermal resistance: 1.2 - 0.26 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk06_frontal.jpg
  • length: 100 mm
  • thermal resistance: 1.08 - 0.24 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk07_frontal.jpg
  • length: 120 mm
  • thermal resistance: 1 - 0.22 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk08_frontal.jpg
  • length: 120 mm
  • thermal resistance: 0.95 - 0.21 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk09_frontal.jpg
  • length: 140 mm
  • thermal resistance: 0.85 - 0.19 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk10_frontal.jpg
  • length: 140 mm
  • thermal resistance: 0.75 - 0.17 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk11_frontal.jpg
  • length: 160 mm
  • thermal resistance: 0.7 - 0.1 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
ksk12_frontal.jpg
  • length: 160 mm
  • thermal resistance: 0.6 - 0.09 K/W
  • custom processing:
    • individual CNC machining
    • desired length
  • skiving heatsink with exactly milled flat semiconductor mounting surface and low roughness depths
  • particularly suitable for thermoelectric and similar power modules
  • optimal heat transfer resistance from the base plate to the individual fins, as the heatsinks are made from one piece of material
  • very good heat conducting aluminum material EN AW 1050 A
  • extremely compact and high fin density for forced convection
  • great design flexibility and fast prototyping
  • skived heatsinks made of copper material on request
  • heatsink width = length
  • additional mechanical processing, other designs and dimensions according to customer-specific requirements
1 - 12 (16)Number:
* This information refers to the standard variant of the product, so it might change when another variant is chosen.

Results in variants

1 - 12 (40)Number:
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