Coating adhesives and conformal coatings are used to protect electronic components. Coating adhesives focus on physical protection and structural support, protecting against moisture, dust, etc. and enhancing impact resistance, used in LED lighting, etc. Conformal coatings mainly prevent moisture, salt spray and mildew, suitable for outdoor, marine equipment and other harsh environments. They differ in functions, compositions, characteristics and application scenarios.
LED silicone is the general term for organic silicone materials in the LED photoelectric industry. Due to the weak anti-ozone ability of epoxy, the colloid turns yellow, affecting the light transmission effect, and the silicone material has excellent properties such as anti-atmospheric aging and ultraviolet aging, and epoxy resin has been replaced by LED silicone material in high-end product applications.
This article delves into the crucial applications of electronic adhesives in electronics and electrical engineering. Silicone sealants and potting compounds are highlighted. Their properties and functions are detailed. Silicone gels offer advantages for potting, like easy pouring and transparency. Applications include foam silicone rubber in computer memory, flame-retardant compounds in TV high-voltage products, and single-component silicone as a coating. It showcases the diverse uses and value of electronic adhesives.
This article delves into the crucial applications of electronic adhesives in electronics and electrical engineering. Silicone sealants and potting compounds are highlighted. Their properties and functions are detailed. Silicone gels offer advantages for potting, like easy pouring and transparency. Applications include foam silicone rubber in computer memory, flame-retardant compounds in TV high-voltage products, and single-component silicone as a coating. It showcases the diverse uses and value of electronic adhesives.
This article provides a detailed comparison between thermal conductive silicone grease and thermal conductive silicone adhesive, guiding customers in understanding their distinct characteristics and suitable applications. Although they differ by just one word in name and are both heat-conducting materials, they have significant functional and application differences. Readers will learn how to distinguish and select the right thermal material, helping to avoid adverse consequences from improper use.
The difference between thermal grease and thermal pads in the fact that the application field of the product needs to be analyzed from various aspects such as thermal conductivity, product structure, and safety requirements for product performance, and the conclusion is completely different. Therefore, the detailed explanation of the thermal conductivity, product application, and price cost of the two products will be given from different consideration points.
