Showing 16–30 of 107 results
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- High electrical insulating
- Thermal conductivity of 6.5W/mK
- Available with adhesive coating
- Fibreglass reinforced
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- High electrical insulating
- Thermal conductivity of 6.5W/mK
- Available with adhesive coating
- Fibreglass reinforced
- Adhesive on One Side
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- High dielectric strength and thermal performance
- Thermal conductivity of 3W/mK
- Non sticky, available with adhesive coating
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- High dielectric strength and thermal performance
- Thermal conductivity of 3W/mK
- Non sticky, available with adhesive coating
- Adhesive on One Side
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- High dielectric strength and thermal performance
- Thermal conductivity of 6W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
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- High dielectric strength and thermal performance
- Thermal conductivity of 6W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
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- High dielectric strength and thermal performance
- Thermal conductivity of 6W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
- Adhesive on One Side
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- High dielectric strength and thermal performance
- Thermal conductivity of 6.5W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
- No Adhesive
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- High dielectric strength and thermal performance
- Thermal conductivity of 6.5W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
Select options
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- High dielectric strength and thermal performance
- Thermal conductivity of 6.5W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
- A1 – Adhesive layer on one side
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- High dielectric strength and thermal performance
- Thermal conductivity of 6.5W/mK
- Soft and compliant to minimise interfacial thermal resistance but rugged and strong in its application
- A2 – Adhesive layer on both sides.
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- All purpose – can be laminated, diecut, slit, formed, or adhesive-coated.
- It does not melt. It can be used at both high and low temperature extremes.
- polyimide films can be used in a variety of electrical and electronic uses.
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- All purpose – can be laminated, diecut, slit, formed, or adhesive-coated.
- It does not melt. It can be used at both high and low temperature extremes.
- polyimide films can be used in a variety of electrical and electronic uses.
Select options
-
- All purpose – can be laminated, diecut, slit, formed, or adhesive-coated.
- It does not melt. It can be used at both high and low temperature extremes.
- polyimide films can be used in a variety of electrical and electronic uses.
Select options
-
- All purpose – can be laminated, diecut, slit, formed, or adhesive-coated.
- It does not melt. It can be used at both high and low temperature extremes.
- Kapton® polyimide films can be used in a variety of electrical and electronic uses.
Select options