Electronic components, sensors, switches, and other products are usually produced in large quantities in highly competitive markets. The market requires these products to have highly efficient production processes during the production process, resulting in high output, high pass rates, and low scrap rates, thereby reducing production costs for enterprises. The welding process is very important in the production process, and to a large extent, the soldering material directly determines the welding effect. During the use of solder paste, the size of the solder powder particles is uneven and the shape is irregular, which may affect the printing, dispensing, and welding effects of the solder paste.
LED, also known as the fourth generation lighting source or green light source, has the characteristics of energy conservation, environmental protection, long service life, and small size. It is widely used in various fields such as indication, display, decoration, backlight, general lighting, and urban night scenes. The LED industry is currently in a period of steady development, and the future consumption scale will continue to show a growth trend. The production of LED lighting fixtures cannot be separated from the soldering process, and solder paste accounts for a large proportion of the soldering materials required in the production process of LED lighting fixtures. Most of the lamp beads and components require solder paste for soldering.
In the manufacturing process of power batteries, the selection of welding methods and processes can directly affect the quality, safety, and cost of the battery. Whether it is the poor quality of the selected soldering material or the mismatch between the soldering material formula and the soldered product, a series of soldering problems will arise. For example, excessive cooling speed, low material cleanliness, low material purity, and poor material properties can easily cause product collapse and splashing during the welding process, reducing the performance of the welded joint. The soldering materials produced by Hanhua effectively avoid these problems.
The smart car industry is a sunrise industry in the future, and the demand for smart cars from users will gradually increase. With higher demands from users for driving experience, appearance, and performance, the intelligent automobile manufacturing industry also has higher requirements for welding accuracy. The welding quality of the car body directly affects the strength and safety of the car itself, and the welding process is also a crucial link in the car production process. Hanhua uses high-purity native tin materials for production, with years of technical experience in precise customization of formulas, to provide customers with higher quality welding materials and achieve ideal results.
