by The NEDC Team | Aug 5, 2018 | Die Cutting Blog, Electrical Insulators Blog, Thermal Pads Blog
At NEDC, we die-cut a lot of different products. One of the more common materials that we die-cut are thin thermal pads. For applications that require self-tackiness and a thin cross-sectioned thermal transfer pad, finding a solution may be challenging. A unique...by The NEDC Team | Jul 2, 2018 | Die Cutting Blog, Epoxy Films Blog, Thermal Pads Blog
One thing we commonly hear in the thermal management industry is “This has 5 w/m-k and that has 1 w/m-k, so this one with 5 w/m-k must be better.” We thought we would write a blog to discuss how oftentimes this thinking paints a poor picture of what the situation...by The NEDC Team | Dec 20, 2017 | Die Cutting Blog, Electrical Insulators Blog, Thermal Pads Blog
Over the years the Henkel Company has developed thermal management solutions for many different types of applications. In some applications, the stress is not high enough to utilize traditional Gap Pads. In cases like these, Henkel Company has developed a thermal...by The NEDC Team | Oct 5, 2017 | Die Cutting Blog, Electrical Insulators Blog, Thermal Pads Blog, Waterjet Cutting Blog
Thermal materials normally work better under pressure. However, some assemblies do not have the luxury of pressure because of sensitive components. For that reason, in thermal gap filling materials, soft seems like it can’t be soft enough sometimes. However, with...by The NEDC Team | Apr 18, 2016 | Die Cutting Blog, Electrical Insulators Blog, RF Absorbers Blog, Thermal Pads Blog
In the converting industry we deal with a lot of materials. When you deal with materials ranging from 1 mil Mylar A to modified epoxy adhesive films, you gain a peculiar affinity for materials that stand out from the rest. Recently, I was introduced to an especially...