There are all kinds of adhesives on the market, each with different outstanding performance and different application occasions. If you want to ask which product is slightly better at transferring heat, it is none other than thermal paste. Based on polysiloxane, it exerts excellent performance.
What are the main characteristics of thermal paste?
Mainly made of healthy and environmentally friendly materials, supplemented by high thermal conductivity fillers, which can exert excellent thermal conductivity and electrical insulation. This is a non-toxic, odorless and non-corrosive adhesive with a higher safety factor and will not corrode components.
The heat dissipation paste has good high and low temperature resistance performance, and can emit light and heat in the temperature range of -60°C~250°C, almost without affecting the performance. In a high and low temperature environment, it will not dry or melt, and play the role of filling and heat dissipation. Cooperate with powerful suppliers, such as TENSAN, which focuses on thermal paste research and provides customized adhesive thermal paste application solutions. It has a wide range of uses and can be used in new energy, military, medical, aviation, shipbuilding, electronics, automobiles, Instruments, power supplies, high-speed rail and other industries.
Do you use more or less when applying?
Some users don't know how much to use at one time, let alone how to use it. For novices, too much or too little is not appropriate. Extrude too much at one time, there will be a lot of excess adhesive, resulting in serious waste. If you squeeze out too little at one time, you need to apply it twice, which is a waste of time.
When operating for the first time, the technology is not very skilled, which may lead to waste or insufficient use. Operate it several times, and you will find out the dosage skills after you are proficient, and apply it as proficiently as possible. However, users should know that in order to avoid waste, do not squeeze out too much, otherwise it will affect the heat dissipation effect. Wipe off the excess adhesive with a paper towel, so as not to affect the stability of the components.
During use, try to make the glue layer thinner and more uniform. The thinner the coating, the better the heat dissipation effect. When the coating is too thick, it will directly affect the heat dissipation effect, and the working heat of the components cannot be dissipated in time, which will affect the service life.
