by The NEDC Team | Jan 29, 2020 | Electrical Insulators Blog, Most Popular, Thermal Pads Blog
NEDC has been die-cutting thermal pads since its inception in 1982. One of the more popular products Sil-Pad 900S by Henkel’s Bergquist. It is one of the most commonly die-cut materials NEDC converts. This product is part of the Sil-Pad family, featuring great thermal...
by The NEDC Team | Sep 12, 2017 | Die Cutting Blog, Thermal Pads Blog
NEDC has been converting thermal products essentially since its advent in 1982. One of the products that is the most enduring is Sil-Pad 400 by Henkel’s Bergquist. This product was actually the original Sil-Pad. This thermal pad was created for products with thin gaps...
by Garrett Abare | Sep 28, 2022 | Die Cutting Blog, Electrical Insulators Blog, Laser Cutting Blog, Tech Blog, Thermal Pads Blog, Waterjet Cutting Blog
At NEDC, we cut a number of thermal pads. Through all the thermal pads we sell- we see a large amount of diversity in their make-up. Most thinner thermal pads utilize fiberglass reinforcement. However, there is an alternative such as polyimide that offers great...
by Garrett Abare | Feb 15, 2024 | Die Cutting Blog, Gaskets Blog, RF Absorbers Blog, Thermal Pads Blog
At NEDC, we like to think we are experts in thermal interface materials. Flexible graphite material is an excellent thermally conductive material. In fact, I see a lot of thermal interface pads going in this direction due to its great thermal conductivity, & low...
by Garrett Abare | Oct 4, 2023 | Die Cutting Blog, Gaskets Blog, Tech Blog, Thermal Pads Blog
The TIM world is like the big bang.. It moves, and expands faster than ever. The reasoning for this is the fact that clock rates continue to expand and move even more rapidly. In this world, graphite thermal material is a TIM of choice because of a few features....
by The NEDC Team | Aug 2, 2017 | Die Cutting Blog, Thermal Pads Blog
Nowadays, the world changes at an incredible pace. New electronics come out every day with potential to change the world. With all of these hot electronics, there is usually a requirement for a material to transfer the heat out of the application. Unfortunately, many...
