What is the production process of lead-free solder wire renderings like?

With the needs of social development, lead-free solder wire is a very popular soldering product. It has become an irreplaceable existence. Lead-free environmental protection and practicality are closely related, and it is also the main reason why many people choose to use lead-free solder. There are reasons why more people choose to trust lead-free soldering, as this creation offers greater assistance to many businesses. Now, JJY will explain how the production is carried out?

Characteristics of lead-free solder wire:

1The surface of lead-free solder wire is extremely smooth. Due to the advancement of production technology, compared with the previous solder, the surface of solder wire is even smoother. However, its purity is also very high because it mainly uses high-purity metal materials. 

2Lead-free solder wire requires a very high soldering temperature. Because it is lead-free solder, it is very difficult to solder if the temperature is not high enough. Therefore, the solder joints required for lead-free solder wire are very high, generally217-220Degree. 

3Truly standard lead-free solder wire contains no lead. Lead is a toxic substance. Especially nowadays, children are prone to lead poisoning. Therefore, everyone is eager to stay away from this substance

4Lead-free solder wire has excellent fluidity when melting during soldering, and its wettability is also very suitable for soldering. Unlike the solder in the past, there were always some oxide residues, which made the items being welded look unattractive after welding. Lead-free solder wire can ensure the flatness and aesthetics of the soldering in this aspect.

Lead-free solder wireFrom the above introduction, we have probably all gained a certain understanding. In this regard, JJY Solder Paste Manufacturer tells everyone that when choosing lead-free solder wire, it is necessary to select based on the product basis and needs. Only in this way can the soldering effect be guaranteed.