Silicone potting adhesive is an adhesive that can be cured at room temperature and is composed of two groups of materials, A and B. Normally, agent A is a white or black liquid, and agent B is a light yellow liquid. After the two groups of materials are evenly mixed, more performance will be exerted. After it is fully cured, a layer of elastic adhesive layer will be formed, which is easy to use.
In the market, epoxy resin adhesives have been recognized in the industrial field. Its composition is not single, it is composed of two components, AB and AB. Combined, these two components are resistant to high temperatures and can work at high temperatures. It can work in the range of minus 50 to 180 degrees for a long time, and can work temporarily in the environment of minus 250 degrees, which meets the requirements of many industrial fields.
CPU thermal conductive silicone grease is a silicone grease-like material that can conduct heat quickly and dissipate, and this material will not cure after being applied or coated, which can ensure the power tubes, electric heating stacks and thyristors in electrical equipment. The contact surface between the heat dissipation facilities is mainly to play the role of heat dissipation, and can also achieve the characteristics of moisture-proof, corrosion-proof, and dust-proof, which can well protect the normal operation of the cup.
Sealant is a kind of sealing glue that can change according to the shape of the sealing object or sealing interface. This glue has a certain viscosity and is not easy to flow during construction. It can achieve the characteristics of filling and sealing gaps and gaps. Moreover, it has a certain viscosity, so bonding and potting are formed at one time.
In the adhesive market, electronic potting adhesives are divided into several categories. There are thermal conductive potting adhesives, epoxy resin potting adhesives, polyurethane potting adhesives, and LED potting adhesives. These types of adhesives have their own characteristics and can be used in different fields.
