With the widespread application of LED lamps, how to increase its utilization rate, reduce warranty rates, and extend the use effect has become a hot topic for a while. LED lamps are widely used in major shopping malls, office buildings, streets and other places, but their costs are still slightly higher due to heat dissipation problems. In order to seize the market, major material companies continue to launch new research and development projects for heat dissipation kits, from the initial metal aluminum casing to ceramic products, and now very hot plastic heat dissipation materials, all of which are designed to better conduct heat out.
Aluminum is the best heat dissipation material, but aluminum products are expensive and less frequently used. The process itself is greatly limited, so there are few styles, which has limited the speed of its development and update in the past. Plastic itself is an insulator, has better heat dissipation performance and is cheap. However, compared with metal, the heat dissipation performance is poor, and the innovative plastic-coated aluminum has become the first choice for heat dissipation.
After combining the advantages and disadvantages of plastic and aluminum heat dissipation performance, Puwan LED plastic-wrapped aluminum heat dissipation kit was developed and launched on the market, and received unanimous praise from the outside world. This kind of heat dissipation material is wrapped with plastic material on the outside, and aluminum is used on the inside for heat conduction. After combining the advantages and disadvantages of the two, the product has better performance, strong thermal conductivity and its cost is also controlled. In addition, plastic itself is relatively easy to process and shape, so the shapes and styles of plastic-coated aluminum are relatively rich, which also meets the application needs of different places.
Compared with aluminum materials, plastic-coated aluminum heat dissipation has the advantage of high quality and low price. The cost is reduced, meeting market demand, and allowing merchants to better meet production needs during production and increase profits. In addition, the material itself is relatively easy to shape and build, so it can be recycled and used, which can save a lot of costs.
Plastic itself is an insulator and its safety is very high. After Puwan LED plastic-wrapped aluminum heat dissipation kit passed the safety certification, its safety performance has been recognized by the outside world. The radiator made of high-molecular polymer LNP plastic is durable and safer. Its heat dissipation through thermal energy conversion interaction is as high as 2000W/℃, and this data is more than 10 times higher than that of metal copper, aluminum and other heat dissipation products. On the other hand, it has enhanced the service life, increased the usage rate, and made a considerable contribution to environmental protection. In addition, it can be recycled and utilized, and the value of the product itself has also increased a lot.
LED is one of the typical heat-conducting materials and cannot be separated from the use of radiators. However, there are too many other items in society that require the application of heat-dissipating materials to extend their lifespan, such as internal components of various electrical appliances and electronics. If radiators can be applied and promoted in a wider range, future electrical products can also improve their utilization rate, increase their service life, and reduce recycling.
Plastic-coated aluminum combines the characteristics of plastic and aluminum to enhance the safety of thermal conductive materials, improve the practicality and aesthetics of the heat dissipation kit, and reduce the cost of use to a large extent. It is a safe heat dissipation material worth promoting. And major material companies continue to develop more functions and application ranges of plastic-coated aluminum. Plastic-coated aluminum has obviously become the hottest, most durable and practical LED heat dissipation kit at the moment.
ANNA