High Frequency Electrode-less Lamp

High-frequency nonpolar lamps have been approved by more and more people as upgraded products of electric light sources and have been applied in many fields. The main characteristics of the High-frequency nonpolar lamps are as follows
1. Long service life: common incandescent lamps, daylight lamps, energy-saving lamps and other gas-discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or the electrodes is an essential element to limit the service life of the lamps. The high-frequency nonpolar lamps do not have electrodes and are lightened by combination of the electromagnetic sensing principle and the fluorescence discharge principle, so the service life is not limited by any essential element. The service life depends on the quality degree of electronic parts and components, the circuit layout and the manufacturing technique of lamp bodies, and is more than or equal to 60,000 hours.
2. Energy conservation: compared with the incandescent lamps, the high-frequency nonpolar lamps save about 75 percent of energy. The luminous flux of 85W high-frequency nonpolar lamps is approximately equal to that of 500W incandescent lamps
3. Environmental protection: the high-frequency nonpolar lamps use solid amalgams, thereby no pollution is caused to the environment even when the lamps are broken. The lamps have over 99 percent recovery ratio and are really environmentally-friendly green light sources
4. No stroboscopic effect: because the operation frequency of the high-frequency nonpolar lamps is high, they are regarded as generating no stroboscopic effect at all and no eye fatigue, thereby eyes are protected to be healthy
5. Good color rendering property: the color rendering index is more than 80; the light color is soft and the natural color of an illuminated object is revealed
6. Selectable color temperature: the color temperature is selected by customers as required from 2700K to 6500K, and color bulbs can be manufactured and used for decorating gardens and parks
7. Good visible light proportion: the visible light proportion in emitted lights can reach over 80 percent, thereby the visual effect is good
8. Preheating not required: the high-frequency nonpolar lamps can be started and restarted, and no light decay phenomenon which exists in general discharge lamps with electrodes can occur due to switching for many times
9. Good electrical properties: the power factor is high, and the current harmonic waves replace the constant voltage to supply power and output a constant luminous flux
1010. Assembly suitability: the high-frequency nonpolar lamps can be assembled in any direction and assembly is not limited
Because the high-frequency nonpolar lamps have above unique advantages, the comprehensive performance of the lamps is not comparable by any light source and the lamps almost gather the advantages of other electric light sources.

Long service life,
Energy conservation;