led lamp adhesive Manufacturers

At present, organic silica gel, epoxy resin glue and polyurethane glue are relatively common and widely used. Among the three adhesives, organic silica gel has outstanding performance and has been recognized by the majority of users.

This article focuses on Tensan's solder paste, a top - tier choice in electronics manufacturing. It boasts excellent soldering performance, with quick and even spreading on welded parts, low spattering, and strong solderability for diverse components. Its high - quality alloy, made from pure metals, resists oxidation well. Notably, it shows remarkable adaptability to multiple printing and reflow soldering processes, fitting different production needs. Quality - wise, strict production control ensures consistent performance across batches. Environmentally, it adheres to RoHS and REACH, being free of harmful heavy metals. With a detailed MSDS provided, it offers safety assurances. All in all, Tensan's solder paste is a reliable option for enhancing product quality and production efficiency.

How to prevent the encapsulant from drying out or drying slowly? This situation is mainly manifested in that after the encapsulant is cured, it is still soft when pressed by hand, and it has not completely hardened. Next, Shenzhen Tensan will talk about how to avoid the situation where the potting glue is not dry?

As products in the electronic industry become more and more sophisticated, components become smaller in size, and PCB boards and products are diversified, some electronic accessories have emerged on the "stage" of the electronic industry, among which solder paste and SMT red Glue is an indispensable material in the electronics industry. What is the difference between these two products?

Tensan solder paste is a high-performance electronic soldering material with exceptional soldering performance, excellent printing stability, wide temperature adaptability, and eco-friendly properties. It is widely used in consumer electronics, automotive electronics, industrial equipment, and communication devices, providing efficient and reliable soldering solutions for modern electronics manufacturing.

This article introduces silicone, epoxy resin, and polyurethane (PU) potting adhesives. It includes the definition of potting adhesives, the functions of potting, and focuses on the advantages, disadvantages, and application ranges of the three types of potting adhesives. It also mentions the issues to consider when selecting potting materials and potting processes, such as manual and mechanical vacuum potting, curing conditions, operation methods, and precautions of different potting adhesives, helping readers understand relevant knowledge of potting adhesives and facilitating the selection of appropriate potting solutions.