Flexible Heat Dissipation Film "Cool Staff"
Condensed multiple heat dissipation paths into a single film! Easy-to-install heat dissipation film.
"Cool Staff" is a heat dissipation film manufactured by Okiden Cable Co., Ltd., which condenses multiple heat dissipation pathways into a single film. It comes in "sheet type" and "tube type" options. It can be directly attached to electronic components such as ICs, allowing for easy heat dissipation measures in necessary areas. Due to its ultra-thin and flexible nature, it fits seamlessly in spaces where conventional heat dissipation components are difficult to install. It achieves high heat dissipation effects even in sealed environments, greatly enhancing the freedom of heat dissipation design. 【Features】 ■ High-efficiency heat dissipation based on thermal conduction combined with thermal radiation ■ Ultra-thin and lightweight, supporting miniaturization of devices ■ Easily attachable to components due to adhesive material ■ Flexible bending and shaping ■ RoHS compliant 【Effective Uses】 ■ Applications with close-contact structures ■ When there is no space for fans or heat sinks ■ Attachment to areas where fan airflow does not reach ■ When there is a desire to avoid increasing weight *For pricing and product details, please refer to the PDF document or feel free to contact us.
basic information
【Lineup】 ■Seat Type ■Tube Type *For product details, please refer to the PDF document or feel free to contact us.
Price range
Delivery Time
Model number/Brand name
OKI Electric Wire
Applications/Examples of results
【Application Examples】 <Sheet Type> ■ Usage Example Focused on Heat Radiation - The surface's heat radiation layer radiates heat from the heating element through far-infrared radiation. - The copper foil achieves high heat dissipation by evenly distributing the heat from the heating element. <Tube Type> ■ Usage Example Focused on Heat Conduction - By utilizing the high thermal conductivity of copper foil, the heat from the heating element is effectively transmitted to the housing. - Directly transferring heat to the housing helps suppress the rise in surrounding temperature. *For more details, please refer to the PDF materials or feel free to contact us.
