The first application of high-power LED nylon thermal conductive materials

Lamp cooling system has been to aluminum as the material. Due to the small thermal conductivity can not meet the requirements of heat dissipation, and therefore can not be used in the field of LED heat dissipation. The day before, the new thermal plastic Dsm company launched, on the basis of keeping the advantage of general plastic materials, increasing the thermal conductivity, the thermal conductivity reached 10-50 times of general plastic.

In the joint efforts of PHILPS and DSM, PHILPS MASTER LED MR16 to become the world's first modern lighting application of high-power LED, the aluminum shell is a kind of heat conduction performance of the plastic Stanyl replaced TC. Stanyl has the advantages of improving the flexibility of the design, the durability of the product, and reducing the weight of the product. The future of this sustainability solution will be applied to PHILPS's new LED series.

PHILPS MASTER LED MR16 is a 4 watt LED lamp, can replace the low voltage halogen lamp current. Its light output is equivalent to 20 Watt halogen MR16 lamps, so its most important advantage is that it can save up to 80% of the energy, and the service life is longer than halogen light up to 40 times.

Although as a metal material cooling technology is relatively mature, but there are still some shortcomings, the relative conductivity material for metal plastic has many advantages, such as light weight, more environmental protection and safety, improve the degree of freedom of design, convenient processing, high efficiency, simplified starting system.