Bismuth-tin alloy is mainly a new type of alloy material with low melting point. It can be used as heat-sensitive components such as fuses and fuses in different devices such as solder, fire protection and electrical appliances. It not only has high compatibility and compliance, etc. It also has various advantages such as strong welding strength and accurate melting point, and is widely used in different production fields. So what are the main application areas of bismuth-tin alloys?
1. Casting and mould making. Due to the low melting point of bismuth-tin alloy and the advantages of short processing cycle, bismuth-tin alloy usually has strong fluidity after being heated and melted, so that it can be used for casting some special and special related products.
Second, the thermal element. Bismuth-tin alloys can be used for heat-sensitive materials used in electrical and electronic products. Due to the low overall melting point and strong compatibility of fusible alloys, bismuth-tin alloys can be processed into different shapes, specifications and different shapes according to the production needs of different devices. The melting point has a thermal element with temperature control requirements.
3. Fillers and inlays. Due to its strong compatibility, bismuth-tin alloy can be used as a filler when bending metal pipes, and can be used as a mosaic agent when metallographic samples are required, and can also be used as an industrial gas. Sensing components of safety relief devices for cylinders or cylinder valves in installations.
The above content is the applicable field of bismuth-tin alloy, which has the characteristics of low melting point, strong welding fastness and high compatibility, so that fine workmanship of bismuth-tin alloy can be used for different purposes such as medical treatment, casting and mold making, and as a heat-sensitive element. At the same time, it is also convenient for people to use this material in some emergency places.