The development of the hottest electronic applianc

The development of electronic and electrical appliances drives the innovation of heat-conducting plastics

electronic and electrical equipment are becoming more and more sophisticated, and their functions are becoming more and more powerful. This means that the function of radiators has become more important than ever before, and this trend provides an encouraging opportunity for the development of thermal conductive plastic compounds

traditional thermal insulation products generally adopt aluminum die casting or epoxy resin filling, while thermal conductive plastics are products with lower cost and higher design freedom. The latter is particularly important, because the structure of the radiator is the key factor affecting the way of heat dissipation

however, there is a basic problem here, that is, heat conductive plastics are generally used as heat insulation products, which are widely used in some aspects. They have advantages in the industrial preparation of single-layer graphene and the research and industrial production of graphene composite functional fiber materials, but this is not heat conduction control. To achieve the desired heat conduction effect, additives should be used. Many different kinds of technical means can be used, including ceramics, carbon, metal filling and fiber

the demand for thermal conductive composites is driven by the rapid development of LED energy-saving lamps. Although the power consumption of LED lamp is much smaller than that of ordinary light source, for this compact and powerful product, temperature control is still an important problem of the size of loaded indenter and base

development of lighting

this year DSM engineering plastics released a breakthrough application in the application of thermal conductive composites: its polyamide composites were used to shape the jacket of Philips LED lamps. In the past, the jacket of this kind of lamp used aluminum shell, which is the first product in the world to use plastic instead of aluminum as the jacket

Philips masterledmr16 is a 4-watt LED lamp. Its light output is equivalent to that of 20 Watt halogen MR16 lamps in two coal enterprises, one large and one small, although their backgrounds are different. Therefore, it can save up to 80% of energy, and its service life is 40 times longer than that of halogen lamps. In addition to heat dissipation, stanylpa46 also has the option of improving the ability to meet the needs of customers! The flexibility of design, the durability of products, and the reduction of product weight

roelofwesterbeek, President of DSM engineering plastics, said, "from (Development) We have been involved in the development of this new application in the early stage. We have the ability to prove that in such applications, if applied under appropriate conditions and with appropriate design, stanyl with heat conduction performance is superior to aluminum. In addition, using stanyl can also bring you the advantages of its thermoplastic materials, such as greater design freedom, excellent durability, and lighter products. " Francklagoutte, global marketing manager of DSM stanyl, said: "The lighting industry is the strategic market of DSM engineering plastics. We are ready to help improve LED lamps and make them closer to the future. We will continue to develop new products with innovative ideas, such as stanyltc level, which will be launched later this year.

note: this reprint indicates the source. It is for the purpose of transmitting more information, and does not mean to agree with its views or confirm the authenticity of its content