Ohmite strives to be the number one thermal solution provider when high power is present in your application. We offer an array of heatsinks to meet the needs of not only power resistors, but of all active devices as well. Many heatsinks offered by Ohmite are fitted with a patented clip system, eliminating the use of screws and holes for installation. The goal of this innovative clipping system is to provide users with an easier, more streamlined assembly process. From single device screw-mounted heatsinks, to large custom extrusion profiles, Ohmite's product offering will have the heatsink required for your application. Our heatsinks include Aluminum Alloy 6063-T5 or equivalent materials and are ROHS compliant.
SMD-DPAK-D2PAK Heat Sinks
There are multiple high power surface mounted devices on the market, yet few solutions to dissipate the wattage required for most applications. Turn to Ohmite for your DPAK and D2PAK solutions.… Read More
TO-220/TO-126 Heat Sinks
With a large selection of TO-220 and TO-126 devices, it is no surprise that Ohmite offers thermal solutions for these devices. Ohmite offers multiple sizes and configurations to accommodate many… Read More
TO-247 & Larger Heat Sinks
Ohmite offers a selection of TO-247 and larger devices in heat sinkable packages, it is no surprise that Ohmite offers thermal solutions for these devices. Ohmite offers multiple sizes and configurations… Read More
LED Lighting Heat Sinks
Star LED Heat Sinks Ohmite carries heatsinks designed especially for LED lighting applications. Many popular LED packages are arranged in a star configuration. Ohmite provides a thermal solution… Read More
BGA Heatsinks
Ohmite now carries a line of heatsink solutions that are specifically designed for your BGA and PBGA applications. Ohmite's heatsinks provide a low-cost thermal solution for these specific packages… Read More
Thermal Interface Material
There are multiple high power heatsinkable devices on the market. Most if not all require pastes, materials, or grease between the heatsink and the device to meet its full potential. Turn to… Read More