Ten high-frequency electrodeless lamp advantages:
Low light degradation and long life-span
 With no electrode or filament, the use of electromagnetic coupling approach expand the electrodeless lamp’s useful life up to 60000 hours, which is 20 times a fluorescent, and more than 12 times the metal halide or high pressure sodium lamp.  Its averaged degradation is less than 5% per year.
High light efficiency and high energy-saving
The optical efficiency is more than 63Lm/W. the brightness of 100W electrodeless lamp is equivalent to that of the 1000W incandescent lamp. In conventional circumstances, 85W electrodeless lamp ≈ 170W metal halide lamp ≈ 250W high pressure sodium lamp ≈ 800W incandescent lamp. It is 900% energy saving than incandescent, saving 60% compared with high-pressure sodium lamp.
Environmental benefits
 The use of solid amalgam leads to more than 99% recovery rate.
No strobe
   The light does not cause eye fatigue to protect your eyes. And the low-glare, comfortable light is conducive to visual health.
Wide voltage and ambient temperature reliable
In voltage 85-265V, the temperature between -30 to +50 degrees Celsius, the lamp can work as usual.
Instant start, no preheating required
You can turn it on and off frequently and it can re-start instantly, which means that preheating is not required.
Good color rendering and a high proportion of visible light
 The color rendering index is 80 or more with a high proportion of visible light. The visual effect is good and it is soft and close to natural sunlight, showing the natural color of the illuminated objects.3500K-6500K color temperature are available for selection, and can be made into color.
Selectable Color Temperature
It can be made according to customer requirements from 2700K ~ 6500K of different colors (red, green, blue, yellow etc).
Easy of installation
 Electrodeless lamp can be installed in any position and is not restricted to frequently switch, to satisfy the needs of different lighting designs.
High Power Factor
 Power Factors is higher than 0.99, solving reactive power compensation problem.