LED explosion-proof lights use heat pipes to solve heat dissipation problems

LED explosion-proof lamps use heat pipes to solve the heat dissipation problem. LED is the most advanced LED bulb, which is derived from its unique heat pipe design (applying for brick advantage). Heat pipes are very common cooling tools in computer CPUs, but they have never been used in LED bulbs before. The biggest problem with traditional LED bulbs is heat. Heating not only reduces the overall performance of the bulb, but also causes long-term degradation of the LED until the bulb completely fails. The company applied the heat dissipation method in the CPU to the LED bulb, which effectively solved the heat dissipation problem of the LED. Extend the life of the LED bulb.　　 LED bulbs fail mostly because heat penetrates into the driver. In traditional LED lights, the driver is next to the heat source, that is, the LED. Excessive heat can easily dry up the electrolytic capacitors inside the driver and cause the bulb to malfunction. In EnerGenie LED, the driver and LED are separated by a heat pipe, so it is almost impossible to malfunction due to heat.　　 EnerGenie LED adopts the D installation method. Compared with the two-dimensional installation of traditional LED bulbs, it can illuminate a wider range and the light-emitting angle is up to °. EnerGenie LED is dimmable, and the color temperature is K (warm light) and K (white neutral light). EnerGenie LED is divided into three types according to power, namely: W, luminous flux is lumens, which can replace watt incandescent lamps; W, luminous flux is lumens, which can replace watt incandescent lamps; W, luminous flux is lumens, which can replace watt incandescent lamps