High-power LED applications use nylon heat-conducting materials

Lamps have always used aluminum as their material cooling system. Plastics cannot meet the heat dissipation requirements due to their small thermal conductivity, so they cannot be used in the field of LED heat dissipation. Recently, DSM introduced a new type of heat-conducting plastic, which increases its thermal conductivity based on the advantages of general plastic materials, making its thermal conductivity 10-50 times that of general plastics.

With the joint efforts of Philips and DSM, the new Philips MASTER LED MR16 lamp has become the world's first high-power LED application. Its aluminum housing has been replaced by a plastic Stanyl TC with thermal conductivity. Stanyl has the advantages of increased design flexibility, product durability, and reduced product weight. The future of this sustainable solution will be applied to Philips' entire LED new light series.

The Philips MASTER LED MR16 is a 4-watt LED that can replace the current low-voltage halogen lamps. Its light output is comparable to a 20-watt halogen MR16 lamp. Therefore, its most important advantage is that it can save up to 80% of energy, and its lifetime is 40 times longer than halogen lamps.

Although the metal material has matured as a cooling system technology, there are still some deficiencies. The plastic thermal material has many advantages over metals, such as light weight, more environmental protection and safety, increased design freedom, convenient processing, and efficiency. Higher, start-up system simplification, etc.