0.2mm Ultra-thin Custom Thermal Pad 1.0–10.0W/mK, -40~200℃ Stable UL94 V-0 Insulating Pad for Precision Electronic
Product Specification
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Parameter Item
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Specification
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Test Standard
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|---|---|---|
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Thermal Conductivity Grade
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1.0~10.0W/m·K
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ASTM D5470
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Working Temperature
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-40℃ ~ 200℃
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IEC Standard Test
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Minimum Custom Thickness
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0.2mm (Precision Tolerance ±0.02mm)
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Precision Machining
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Flame Retardant Rating
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UL94 V-0
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UL Official Certification
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Assembly Stress
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Ultra-low Stress, No Component Damage
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Compression Test
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Surface Cleanliness
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No Oil Bleeding, No Dust Precipitation
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Long-term Placement Test
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Products details
Feature
This ultra-thin precision thermal pad is widely used in miniaturized high-precision electronic devices, including notebook computer chips, tablet PC modules, wearable electronic devices, precision sensors, 5G miniature communication modules and automotive precision electronic control units. It is especially suitable for high-density PCB layout equipment with narrow assembly gaps, solving the heat dissipation dilemma of precision miniature components. The low-stress and pollution-free characteristics protect fragile precision chips, ensure stable operation of precision electronic equipment, and are the preferred thermal interface material for high-end precision electronic manufacturing in European and American markets.
Product Description
Ultra-thin custom precision thermal pad is developed for high-precision miniaturized electronic equipment with strict assembly gap requirements. Different from conventional thick thermal pads, this product focuses on ultra-thin precision manufacturing, with the thinnest customizable thickness up to 0.2mm, which perfectly adapts to the micro-gap assembly of high-density precision electronic components. It covers a full thermal conductivity range of 1.0W/m·K to 10.0W/m·K, which can meet the precise heat dissipation requirements of low-power precision chips and high-performance miniature heat-generating components. The material maintains stable physical and thermal properties in the temperature range of -40℃ to 200℃, without warping, shrinkage or performance drift, ensuring long-term consistent heat transfer effect of precision electronic equipment. All products pass UL94 V-0 flame retardant certification, with safe and reliable flame retardant performance, matching the high safety standards of precision electronic products.
