Silicone gel is an environmentally friendly, two-component addition-curing silicone rubber with extremely low hardness. Non-toxic and odourless, it cures to a soft jelly-like texture with a naturally regenerative adhesive surface. It enhances physical bonding strength to most substrates without requiring a primer, offering convenient application and increasingly broad usage. Below are core insights compiled by Schnaiss.
In the electronics industry, encapsulation is a critical process. As a core packaging material, thermal conductive encapsulants secure electronic devices and integrated circuit components while providing waterproofing, dustproofing, corrosion resistance, shock absorption, impact resistance, and stabilisation of component parameters. However, with numerous encapsulant types available, many users find selection challenging. Below we explain how to choose the appropriate electronic encapsulant based on specific requirements.
Thermal conductive adhesives find extensive application in electronic device manufacturing. Their status as the preferred adhesive choice for enterprises stems fundamentally from five outstanding characteristics spanning thermal conductivity, electrical performance, ageing resistance, and curing efficiency. Many are curious about their advantages – today we shall dissect them in detail!
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.