Northeast: Focus on the flexibility brought by advanced packaging with solder paste industry.

Northeast released a research report stating that solder paste is mainly used for the soldering of electronic components such as resistors, capacitors, and ICs on the surface of PCBs in the SMT industry. Due to higher precision requirements in the optoelectronics and semiconductor fields, the demand for solder paste is also relatively high. Globally, high-end solder paste is dominated by Japanese and American companies, but domestic companies have made technological breakthroughs and have achieved small-scale sales of T7 solder paste for 1.6T optoelectronic modules. The development of the semiconductor industry is driving the prosperity of the solder paste market, and advanced packaging technologies are expected to push both the volume and price of the solder paste industry simultaneously. Key points from Northeast are as follows: - Solder paste is widely used in the electronics industry, with different applications requiring different types of solder paste. - Solder paste is a type of electronic soldering material that offers better flow and wetting properties compared to traditional solid solder wires. It is suitable for soldering micro and high-density components and is used for soldering electronic components such as resistors, capacitors, and ICs in the SMT industry. - Solder paste is categorized into low-temperature, medium-temperature, and high-temperature types based on their soldering temperatures, with different applications typically requiring specific types of solder paste. - Solder paste plays a critical role in various stages of optoelectronic module production, such as SMT mounting, precise chip bonding, and surface mounting of passive components. The upgrading of solder paste products in optoelectronic modules is driving an increase in the value-volume index of solder paste, indicating a positive industry outlook. The semiconductor industry's growth is also boosting demand for solder paste, especially for advanced packaging technologies that require high-end solder paste products. Companies like Shenzhen Vital New Material, Hangzhou Huaguang Advanced Welding Materials, and Gripm Advanced Materials are involved in the development and sales of solder paste for optoelectronic and semiconductor applications. Risk warnings include potential slower-than-expected growth in data center demand, delays in domestic substitution efforts, and lower-than-expected macroeconomic development.