Thermal paste is a material with thermal conductivity. This material has been widely used in electrical appliances such as televisions, computers, refrigerators, communication equipment, electronic products, rice cookers, induction cookers, etc. Thermal paste is not good-looking, but its application field is extremely wide. It can be used in any electrical appliance that needs to conduct electricity.
Electronic potting glue is a unified name. It can be divided into several types by careful classification, including single-component and two-component. If it is divided according to the raw materials, it can be divided into four categories. No matter which electronic potting glue, you must master the operation method to avoid mistakes during the construction process.
Potting glue has a certain fluidity and is usually used in electronics or electrical appliances. It has good fluidity during the injection stage and can be potted into small gaps. Once solidified, it can achieve bonding, waterproofing, insulation, anti-corrosion, etc. . There are many types of potting glue. Silicone potting glue is more common and has a wide range of uses. However, it is easy to encounter various problems during the operation stage, especially curing problems.
Both electrical appliances and automobiles require the use of a large number of different types of adhesives in the manufacturing process, which also leads to a very strong market for adhesives. Sealants are an irreplaceable adhesive. Whether it is a two-component or a single-component, the sales volume is very good. But controlling the quality when purchasing is key.
The one-component sealant is in the form of a paste and is easy to apply. It can be applied directly to the base material to complete the bonding, and it can also be smeared for construction. It will not flow during construction. After the colloid is cured, it has good elasticity and can satisfy most needs. Required for substrate bonding and fixation.
The thermal conductivity of thermally conductive sealant is an important indicator to evaluate its thermal conductivity performance. The higher the thermal conductivity, the higher the efficiency of the material in transferring heat, that is, the better the thermal conductivity.