Now it is smart products, and these products are usually electronic products, and electronic products will have hidden dangers, and most of these hidden dangers exist in the charger power supply. In these areas, for example, many people use mobile phones and computers in daily life. Today, the plastic shell manufacturer Hongfa Shunda will share with you how to improve its safety performance:
However, there is a lot of probability that accidents will cause fires or damage to electronic products when charging mobile phones and computers. Therefore, chargers are more important for the safety of electronic products. The quality and safety of chargers depend on the power supply shell. Therefore, let's take a look at the processing method of the plastic shell, which processing method will have better quality and higher safety performance.
Surface treatment:
The surface treatment of the power supply plastic case is divided into electrophoresis, spraying and aluminum oxidation. Electrophoresis surface treatment has a smooth surface and thick spray coating. These two methods are very safe and very common in daily life. Aluminum oxidation is a special case and requires special treatment.
Bright nickel plating:
The surface is shiny and dazzling when placed in the sun. However, the surface is easily scratched.
Summarize:
The surface treatment of electrophoresis, spraying and aluminum oxidation of the power cabinet is relatively safe.
The vehicle power supply is more likely to catch fire, and there are many fires in some electric vehicles. The data shows that there is also a fire, and the plastic case of the power supply is used to package the power supply and isolate the power supply. Sexual contact with the power supply can ensure safety, so be careful when making and selecting the power supply enclosure. The above is a summary of the relatively good manufacturing method of the power supply enclosure. When you need to choose a power supply enclosure, you can find out whether the manufacturer has used these methods. Make, and then judge the manufacturer’s production quality.
