Lamp cooling system has been to the aluminum as a material. Because the thermal conductivity is very small, the plastic can not meet the cooling requirements, it is not used in the field of LED household lighting heat dissipation.
Currently, the DSM has introduced a new conductive plastic on the basis of maintaining the advantages of plastic materials in general, increasing the thermal conductivity, so that the thermal conductivity of 10-50 times the plastic.
Under the joint efforts of Philips and DSM, the Philips MASTER LED MR16 new lighting has become the world’s first high-power LED household lighting applications in nylon thermal conductivity materials, the aluminum casing is replaced by a thermal conductivity of plastic Stanyl TC.
Stanyl also has to improve design flexibility, durability, and reduce the advantages of the product weight. In the future, sustainable solutions will be applied to Philips’ new LED lamp series.
Philips MASTER LED MR16 is a 4 watt LED high bay lamps, can replace the currently popular low voltage halogen lamps. Its light output with 20 watts of halogen MR16 lamps, therefore, it is the most important advantage is that you can save up to 80% energy and 40 times longer life than halogen lamps.
Metallic materials as the cooling system technology is relatively mature, but there are still some inadequacies in the plastic thermal conductivity material relative metal, there are many advantages, such as light weight, more environmentally friendly and safety, improve the design freedom, processing efficiency , boot the system to simplify.