Wakefield Thermal

2.82” Wide x 12” Center Channel Heatsink XX4306 15936 The 2.82” Wide x 12” Center Channel Heatsink XX4306 15963 from Wakefield Thermal takes full advantage of the minimum...

2.28” Wide x 36” Extrusion 14228 By enhancing the heat dissipation capabilities from a hot heat-generating component to a cooler ambient, the reliable 2.28” Wide x 36”...

2.28” Wide x 12” Extrusion 14228 With the installation of the reliably durable 2.28” Wide x 12” Extrusion 14228 engineered by Wakefield Thermal, you are able to effectively...

2.28” Wide x 36” Extrusion 14362 The reliable 2.28” Wide x 36” Extrusion 14362 designed and engineered by Wakefield Thermal is the ideal cooling solution for your electronic...

2.28” Wide x 12” Extrusion 14362 Controlling the operating temperature of the electronic equipment is essential to preserving the performance reliability of the device, and the durable 2...

2.4” Wide x 36” Extrusion 12613 Taking on the challenge of thermal management is so much easier once you start installing the reliable and durable 2.4” Wide x 36” Extrusion...

2.4” Wide x 12” Extrusion 12613 The durable and reliable 2.4” Wide x 12” Extrusion 12613 designed by Wakefield Thermal is engineered with a solid shape that optimizes its...

10.78” Wide x 36” Extrusion XX4559 In order to prevent overheating components from lowering the quality of performance of the electronic equipment, you may want to install the reliably...

10.78” Wide x 12” Extrusion XX4559 You may be able to prevent overheating components from lowering the overall quality of performance for your electronic equipment by installing the...

4.75” Wide x 36” Center Channel Heatsink XX1327 6541 In order to get the most out of such little space within the electronic device, we recommend you install the reliable 4.75” Wide...

4.75” Wide x 12” Center Channel Heatsink XX1327 6541 Offering the highest performance-to-weight ratio for minimum volume, the 4.75” Wide x 12” Center Channel Heatsink XX1327...

2.125” Wide x 36” Flatback Heatsink 14249 During the manufacturing process, hot aluminum billets are pushed through a steel die to produce the final shape of the reliable 2.125”...