Four Major Advantages of high Thermal Conductivity Potting Compound & The Selection Guide

Many people do not know what is the significant advantage of high thermal conductivity potting compound. A lot of questions have arisen from these. Does a high thermal potting compound have only thermal advantages? It turns out that this adhesive has other advantages besides the thermal conductivity that makes the user satisfied. In the course of today’s article, I will be sharing four advantages of high thermal Conductivity Potting compounds.

Four Advantages of High Thermal Conductivity Potting Compound

Regarding the high thermal conductivity potting adhesives on the market, four major properties have been recognized.  I will explain these properties one after the other in the sections below.

1. It must have Very good Thermal Conductivity and Insulation

High thermal conductivity potting compound is made of high-quality raw materials with inherent insulation properties. When applied to electrical components,  it can protect the application object from being damaged or even punctured. Summarily, it plays a very good protection role.

2. Absorbs Noise and Reduce Vibration

Many electronic products that need to be used outdoors, such as automobiles and medical equipment, will also be affected by vibration and noise.

The high thermal conductivity potting compound can reduce vibration and noise to a minimum and use its elasticity and compressibility to play a protective role.  Powerful brand suppliers focus on high thermal conductivity potting compound research and provide customized high thermal conductivity potting compound applications and solutions. These epoxy potting compounds can be used in new energy, military, medical, aviation, marine, electronics, automotive, instrumentation, power supply, high-speed rail, and other industries.

3. Stable Thermal Conductivity and Simple Curing Requirements

During the curing process of the high thermal conductivity potting compound, it needs to be cured at normal temperature. No additional heating is required. Curing can be completed as long as it is maintained at 25 degrees. Once heated and cured, it will cause dry cracking on the surface. You don’t need to do this at all. Make sure it can cure at normal temperature.

4. Good Adhesion and Heat Dissipation Property

As the basic performance of high thermal conductivity potting glues, it can be firmly bonded with many objects of different materials. You can use this for a long time. If you ever need to repair the protected object, it can be potted again without affecting the effectiveness of the object.

Conclusively, the heat and rigidity of the high thermal conductivity potting glue can be adjusted automatically. Pay more attention when mixing. You can also buy adhesives according to actual needs to make them perform better.