Thermal Pad on LED Lights-Small Size, Great Effect!
LED lights have many advantages such as energy saving, environmental protection, safety, long life, high brightness, easy maintenance, etc., not only general lighting but also used in various fields such as indication, display, decoration, backlight, etc. It’s called four generations of light sources.
How to make heat conduction more effective in LEDs (to effectively conduct heat generated during the conversion of electric energy into light energy) is a problem that the industry generally faces.
Fig.1
In the traditional heat dissipation method, the heat conductive material often used is thermal grease. Although the cost of the thermal grease is economical, it is inconvenient to operate ( the thermal grease cannot be evenly applied, and the heat conduction function cannot be well achieved, and cannot be widely promoted).
Fig.2
The appearance of the thermal silica pad is a good solution to this shortcoming. The thermal conductive silicone pad has ductility and can be laid over a large area between the heat-dissipating copper plate and the heat sink, the metal bracket, and the metal casing. Effectively solve the contact problem, so that transferring heat to the heat sink components to the greatest extent.
Fig.3
For example: Waermtimo's new TIM WT5912-H20 series of high-strength thermal pad, with high mechanical strength of thermal sheet, tensile rate >300%, with high toughness. It can effectively reduce vibration while conducting heat. It can be reworked many times and unbreakable, and it can tightly integrate irregular or complicated surfaces and has an excellent interface filling function.
In addition, the thermal pad has excellent thermal conductivity, insulation, flame resistance, cushioning, etc., and is suitable for use in LED lamps, displays, and other products. It improves production efficiency and the operation simple.
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