Environmentally friendly tin strips have emerged to address this need—based on lead-free alloys such as tin, silver, and copper, through optimized material formulations and process innovations, they completely eliminate lead without sacrificing soldering
Though solder wire is as thin as a hair, it bears the heavy responsibility of interconnecting the electronic world. It integrates the wisdom of materials science, chemical engineering, and precision manufacturing, completing the "handshake" of metals with
During concrete construction, the interface treatment between the formwork and the concrete directly affects the demolding quality and the structural appearance.
The rheological properties of the solder in the molten state can be changed by uniformly dispersing the nano-scale second phase particles.
Among numerous soldering materials, solder strips are the preferred choice for high-frequency electronic soldering due to their excellent alloy properties, stable process performance, and adaptability to automated equipment.
The low-temperature, fast wetting properties of solder strips are the result of a combination of low-melting-point alloy design, efficient flux technology, excellent flow properties, and precise process control.