Interpretation of soldering process of all copper glass solder lamp

Regarding the relevant characteristics and origin of all-copper glass solder lamps, the author has made relevant introductions in previous articles. Recently, many consumers have called to ask questions about the soldering process of glass solder lamps. The author has answered them one by one. The author's relevant answers to the soldering process of glass solder lamp are as follows: it is no exaggeration to say that all-copper glass solder lamp is one of the important processes. It is also the key to determine the quality of all-copper glass solder lamps. But what kind of soldering process is the best is always a mystery for consumers. Because, at the sales terminal, shopping guides often mislead them. In fact, it is very simple and easy to judge the quality of an all-copper glass solder lamp. It can mainly start from the following aspects. First, the Tin Road is smooth and smooth. A good quality all copper glass solder lamp, its tin path is relatively flat and smooth. Except for some places where tin and surfacing are needed due to structural problems, the whole tin road does not have much ups and downs. Second, there is no tin leakage. To see if the glass solder lamp leaks Tin, one of the simplest methods is to observe the joint from the outside of the all-copper glass solder lamp. If no solder outflow is seen, tin leakage will be seen. Third, no light leakage. The light leakage phenomenon is mostly caused by two reasons. One is the light leakage at the joint of the all-copper glass solder lampshade due to the lack of solder; The other is because the side of the glass solder lampshade facing the ceiling can also cause light leakage because it is not in a plane. Fourth, there is no virtual welding. Virtual welding can be said to be a taboo for all-copper glass solder lamps. It is easy to cause the entire glass solder lampshade to fall and cause some unnecessary secondary disasters. Whether the virtual welding can be judged by the naked eye to observe whether the connection between the tin path and the lampshade is solid.