1, energy saving
The biggest advantage of LED is energy saving. The average lamp power ranges from 20W to 100W, while the energy saving lamp power ranges from 5W to 65W. The bulb uses LED as the light source, and the power of only 0.8W-12W can replace the ordinary bulb of 15W-100W and the energy-saving lamp of 5W-50W. It can be seen that the power ratio of LED bulbs to ordinary bulbs and energy-saving lamps can reach 1:10.
Ordinary bulbs and energy-saving lamps are used at very high temperatures (80-120 ° C), and the spectrum of the energy-saving lamps contains IR (infrared). The content of ordinary bulbs is higher, and the temperature of the large-scale use environment will increase significantly. In the summer, the workload and time of the refrigeration equipment are obviously increased, and the final result is an increase in power consumption.
The bulb uses LED as the light source, and the LED emits no IR (infrared) component in the spectrum, and the overall structure adopts a professionally designed heat dissipation structure. The temperature during normal operation is only 40-60 ° C, even if it is used in large quantities. It is much lower than the temperature generated by the sound bulb and the energy-saving lamp. If it is in the summer, the workload and time of the refrigeration equipment are obviously reduced. Combined with the difference in power (1:10), the result is the relative power consumption. The reduction and the saving of expenses ultimately reflect the energy saving of the bulb.
2, short response time
The general energy-saving lamps will change due to changes in the ambient temperature. The normal operating temperature is between 20 and 40 degrees. It takes 5 to 6 minutes to reach a stable brightness in winter (at low temperatures). All lamps work normally in a cold environment than in a warm environment, and the light is dim or accompanied by flickering. Only when the temperature rises, the brightness will gradually become normal at -35 ° C – 80 °. C, so generally do not consider its working environment temperature.
Can directly replace the existing E27, E14, GU10 and B22 interface energy-saving lamps and ordinary bulb products, without any changes, without any help of any technicians or professionals, read our instructions carefully, DIY can be easily achieved Change from ordinary lighting to LED lighting.
4, long life
The life of ordinary bulbs and energy-saving lamps is 1000 hours and 8000 hours (calculated for 4 hours per day); LED bulb source life is 50,000 hours (calculated 24 hours a day)
Ordinary and energy-saving lamps contain IR (infrared) and UV (ultraviolet) radiation due to the spectrum at work, which can have a certain degree of health impact in some applications, such as:
5.1. IR radiation will shorten the preservation time of food (especially meat, sushi, etc.), thus affecting its nutritional value.
5.2. UV radiation, long-term exposure to the light source containing its components, the color of the items illuminated by it will turn white, like clothes, pearls, watches, watches, crafts, paintings, etc.
Bulbs have no IR (infrared) and UV (ultraviolet) radiation due to the spectrum at work, and have no adverse effects on health when used.
6, environmental protection
Ordinary bulbs and energy-saving lamps generate a large amount of IR (infrared) and UV (ultraviolet) radiation during operation. Moreover, the inside of the bulb is filled with an inert gas, and there are pumps and other harmful gases and substances in the production process and after the use of waste, and the pulverizing damage will also have a certain impact on the environment.
The bulb uses LED as the light source, and the LED works without IR (infrared) and UV (ultraviolet) radiation. The LED light source used does not have any filling gas, and there is no pulverizing damage, which will not cause adverse effects on the environment. Influence. This reflects its environmental side.
The temperature of ordinary energy-saving lamps will be around 60-80 °C, and the temperature of ordinary incandescent lamps will be higher (80-120 °C). If you accidentally touch it, it will burn.
The bulb uses LED as the light source, with a professional heat dissipation structure, the working temperature is very low (40-60 ° C), and it will not burn on the hand.
The material used for energy-saving lamps and ordinary bulb products is glass, which is easily broken by collision with hard objects, causing permanent damage and cannot be used, and will be cut by glass if careless.
The bulb is made of professionally designed enamel, the enamel material is made of PC material/acrylic die-casting, and the LED of the light source part is also made of special material for earthquake resistance (the lens part is the most advanced one-time molding). Soft lens technology), and its lampshade is made of acrylic material, which is not easy to cause cuts even if it is broken.
Original Article From:https://luxonshop.com/