3M™ Thermally Conductive Acrylic Interface Pads were developed specifically to manage and conduct heat. They deliver excellent dielectric strength and are suitable for use between heat-generating components and heat sinks as well as cooling plate applications. This unique combination of heat management, heat conductivity and electrical insulation makes our thermally conductive pads a high-performance choice compared to silicone, with no siloxane outgassing. As a global manufacturer, we provide reliable quality and performance. These conformable, compressible, UL listed pads are easily die cut and can be applied manually, semi-automated or automated.
3M thermally conductive acrylic interface pads are easy to handle and can be efficiently die cut for fast installation in your xEV battery applications.
Our thermal pads feature a light adhesive tack, and select versions are available with highly durable film permanently attached to one side for fast positioning and repositioning during pre-assembly and final assembly. This material is supplied in rolled format suitable for manual and automated processes.
3M thermally conductive acrylic interface pads feature an elastomeric acrylic base that contains almost no siloxane – a compound that can compromise your design. In fact, our acrylic thermal pads contain up to 1,000 times less detectable volatile siloxane content compared to silicone pads. The material is available in a variety of compression/recovery rates for very high wet out on uneven substrates.
Improved thermal management and dielectric strength and helps enable desired pressure consistently in xEV battery components. 3M thermally conductive acrylic interface pads are tested for flame retardance to V0. Select versions are available with highly durable PET film permanently attached to one side for use in higher-temperature applications.
No matter what your design requires for thermal conductivity, electrical isolation, thickness and conformability, our thermally conductive acrylic interface pads can be incorporated into a broad range of pouch and prismatic xEV battery designs.
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