Non-silicone thermal gap filler "Cosmo Thermal Gap Filler CGS3501"
It can be controlled to any thickness, resulting in minimal stress on components, and since it does not use silicone-based materials, there is no concern about contact failure due to low molecular siloxane. As a standard product, we offer the "Cosmo Thermal Gap Filler CGS3501." Additionally, we can customize products according to customer requests, including "adhesive types," "thin film types," "high thermal conductivity types," and "low hardness types." 【Features】 - Non-silicone based (silicone-free) - Can conform to complex uneven shapes over a wide application area, demonstrating effective thermal conductivity. - Can be controlled to any thickness, resulting in minimal stress on components. - After curing, there is no concern about pump-out, similar to sheets. - It has been confirmed that there is no increase in thermal resistance in high-temperature durability evaluation tests at 150°C. - Excellent repairability after curing. *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Specifications】 ■Density (g/cm3): 3.4 ■Standard curing conditions: 80℃/30 minutes ■Recommended usage temperature (℃): -40 to 150 ■Thermal resistance (K・cm2/W) for 1mm thickness: 3.2 ■Thermal conductivity (W/m・K): 3.2 ■Viscosity before curing (Pa・s) 10s^-1 @ 25℃: 192 ■Hardness after curing (Shore OO): 68 *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
Cosmo Oil Lubricants conducts integrated research, development, manufacturing, and sales of various products, primarily focusing on lubricants, within the Cosmo Energy Group. Additionally, we are putting significant effort into the development and sales of thermal interface materials, and our unique thermal interface products, which apply lubricant development technology, are already being used by many customers. We will respond to future market needs in lubricants and thermal interface materials while also pursuing new developments centered around lubricant technology.