What are the advantages of organosilicon potting compounds

organosilicon potting compounds is a potting adhesive product with excellent adhesion. Its performance advantages are outstanding and it has gradually been recognized in the industrial field. It has been widely used for the bonding and potting of precision electronic components, silicone potting compound for electronics solar energy and other devices. adhesives for home appliance The following Schneider will explain to you the significant advantages of organosilicon potting compounds:

1. Strong adhesion: can be applied to a variety of materials with strong adhesion.
2. Strong thermal conductivity: Made from materials with excellent thermal conductivity, the thermal conductivity coefficient reaches over 0.8, making it suitable for many high-temperature fields. For example, it can still work normally in high temperature environments above 200 ℃, and will not be affected by high temperatures and shorten its service life.
3. Good insulation: Not only can it be insulated and flame retardant, but it can also withstand earthquakes and dust, making it suitable for outdoor use.
4. Good aging and weather resistance: there are no high requirements for the working environment, and the adaptability is strong. It can resist the erosion of ozone and chemicals, and prolong its use time. After being exposed to wind, sun, and rain, it can also play a protective and sealing role.
5. The elasticity of the adhesive layer is good: after the silicone sealant is completely cured, it will not easily shrink and form a protective film. If the protected components require maintenance, they can be directly disassembled, which is convenient and simple.

Nowadays, this type of adhesive material has received attention and recognition in the industrial field, and its adhesion and thermal conductivity are highly valued. It can completely replace some products and achieve sealing and protective effects. Please use the correct steps to operate the silicone sealant to avoid unnecessary loss due to improper operation.