With industrial and technological advancement, silicone sealant has become an indispensable high-performance sealing material across various applications due to its outstanding comprehensive properties. The following outlines its core characteristics, corrosiveness towards metals and plastics, and protective measures.
Electronic adhesives are special adhesives used in electronic products, offering higher temperature resistance and stronger adhesion compared to ordinary glues. They help electronic products bond and hold together quickly, and are primarily used in the manufacturing and repair of electronic products.
In the manufacturing process of electrical and electronic products, potting compounds are indispensable core auxiliary materials. Their core function is to provide comprehensive protection for electronic components. The dense protective film formed after curing completely encapsulates the components, resisting various external environmental influences. However, the variety of potting compounds is vast, and many users often face difficulties in selection. Among them, silicone potting compounds, with their excellent comprehensive performance, have become the preferred material in many fields such as electronics, automotive, and lighting.
Is a thicker conformal coating always better? Not necessarily. For the same product, a thicker coating increases cost, reduces competitiveness, and hinders miniaturization; conversely, a too-thin coating may compromise protective capabilities and prevent long-term stable operation. A thicker or thinner conformal coating is neither better. Different types of conformal coatings have different thickness requirements; different industries have different requirements; each product has different thickness requirements during use; and the thickness varies depending on the environment and application needs.
In the manufacturing industry, thermal paste is a commonly used material that possesses both heat dissipation and insulation properties, belonging to the category of heat-dissipating and non-conductive functional materials. This material requires precise application techniques, with thin and even application being the core principle. Based on this, this article will explain the dangers of excessive thermal paste application and provide corresponding solutions.
As electronic devices become increasingly sophisticated and their applications more diverse, circuit boards, as core components, directly determine the reliability and lifespan of the equipment. Solder wires and solder joints are critical nodes for signal transmission and power conduction, and proper reinforcement and protection are essential to ensuring stable equipment operation. Scientific adhesive selection is a core aspect of this process.