An induction lamp is essentially a fluorescent lamp
without the principles of electrodes results in a lamp unmatched life: lasting
100000 hours or 25 years. So light can be generated via a gas discharge though
simple magnetism. Free electrons are accelerated within the electromagnetic
field and are further excited as they collide with mercury atoms. These excited
electrons then emit ultraviolet radiation as they fall back from this
high-energy state to a lower stable level. The ultraviolet radiation is finally
converted to visible light as it passes through the phosphor coating on the
surface of the tube.
Free electrons are accelerated within the
electromagnetic field and are further excited as they collide with mercury atoms.
These excited electrons then emit ultraviolet radiation as they fall back from
this high-energy state to a lower stable level. The ultraviolet radiation is
finally converted to visible light as it passes through the phosphor coating on
the surface of the tube.
Our latest generation of induction lamps has taken
full advantage of technological developments, and the benefits they offer make
them the clear-cut choice for many lighting applications over traditional light
sources.
Induction lamps are made with
amalgam so it can be recycled. In contrast, traditional lighting technologies
use liquid mercury as one of its raw materials, which is difficult to recycle
and can pollute the environment. Also the longevity of induction lamps will
result in less solid waste in comparison to other lighting technologies.
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