Thermal conductivity potting compound Manufacturers

TENSAN Company, as the industry's leading adhesive manufacturer and supplier, successfully completed the shipment of two containers of glue today. We strictly follow our customers' requirements and deliver on time, ensuring that our customers' production needs are met. The products shipped this time were sent to South Korea and Vietnam respectively, marking a new breakthrough in our business expansion.

Thermal conductive gaskets, also known as thermally conductive silicone sheets, are mainly used for the transfer interface between electronic equipment and heat sinks or product shells. They have good viscosity, flexibility, compressibility and excellent thermal conductivity, allowing them to fully utilize electronic originals during use. The air between the heat sink and the heat sink is exhausted to achieve sufficient contact and the heat dissipation effect is significantly improved. The operation process of the thermal pad is relatively simple, but there are a few points that need to be paid attention to. A little carelessness may damage the heat dissipation function of the silicone sheet. Today I will mainly talk about the correct use of thermal pads.

During the production process of machinery and equipment, some potting glue is generally poured for safety. The potting glue can play a protective role and has a certain viscosity, which can stick the machine to the colloid. The mechanical parts are not easy to use during use. Shedding occurs. However, some users reported that the mechanical potting glue will change color after curing. What is going on?

Uneven stirring before use, high low molecular content in raw materials and high oil separation rate are the three main reasons for the cracking of thermally conductive silicone grease.

The electrical manufacturing industry is familiar with electronic sealants, which have many excellent properties when cured, but need to be constructed correctly and cured correctly. If the construction is not correct, the curing environment is not good, or the substrate is moved during the curing process, all kinds of accidents can occur.

There are many types of silicone potting compounds, and they are divided into one-component and two-component. The construction of two-component silicone potting compounds is more troublesome. It needs to be formulated in strict accordance with the proportion before curing. Correct, it is easy to appear the phenomenon of no curing or incomplete curing during the curing stage.