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This is also possible, because LED luminaires are a system organically combining optics, power supply, and heat dissipation.
It may be that too much consideration was given to heat dissipation, shifting the problem to the power supply or optics. For example, reducing the drive current to reduce the heat generated by the heat source, so as to avoid light decay caused by the rapid increase in heat, but this also brings about problems such as light efficiency loss.
There are three forms of heat transfer: conduction, convection, and radiation.
Conduction is a method of heat transfer that occurs between contacting objects or different parts of the same object due to a temperature difference, transferring heat from high temperature to low temperature.
Heat dissipation is a way of dissipating the heat generated by a heat source to the surrounding environment of the heat sink in the form of convection and radiation.
Leifeng Technology's products are a series of thermally conductive materials with high thermal conductivity efficiency. Their main function is to conduct heat and they do not have a heat dissipation function.
1. Professional sales engineers communicate with you, and samples are provided quickly;
2. Evaluate and recommend the optimal thermal conductive materials and heat transfer solutions for clients;
3. Stable product quality and strong supply capacity, with a competitive Price.
1. Case-by-case development targeting client requirements for thermal conductivity of designed products;
2. Direct participation in client product design, providing thermal transfer solutions;
3. Professionally dedicated to the scientific research and development of thermally conductive interface materials, continuously improving the core competitiveness of products and ensuring sustainable product development.