Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm
Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm

Nite Tritium Vial Isotope Trigalight Glow in the dark 3mm x 22.5mm or 1.5 x 6mm

Regular price £9.99
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The Original Tritium Trigalight
3mm x 22.5mm or 1.5 mm x 6 mm

Brand New In Packaging and Fresh!

Trigalights are laser sealed borosilicate glass vials which are internally coated with phosphor injected with gaseous tritium (this is the special stuff) which reacts with the phosphor to create a cold energy which produces a low level light source with no filaments or heat dissipation and no risk of fire or explosion. 
They are unaffected by water, oil and most corrosive materials and require no external power source or exposure to light, remaining fail-safe and maintenance free with a lifetime in excess of 10-20 years.
 Because they are so small, they are ideal for gluing or sticking onto Military equipment, Fishing rods, bite indicators and other equipment that does not usually have an isotope slot. 

How Does it Work? trigalight works similar to a CRT tube, formerly used in TV screens. Like TV CRT tubes, our lights are built using a glass housing, a gas proof glass containment. The inner walls of this glass vessel are coated with a very thin layer of phosphorescent powder. This powder (zinc sulphide) has the ability to change electrical energy into light. The electric energy in case of the trigalight is generated by the tritium gas, a low radiation beta emitter. While decaying, the tritium looses its electrons. When such an electron hits the layer, it is captured and transformed into light. 

The colours of our trigalights are therefore not dependent on the gas filled in, but on the coating, which can be varied. Here his a list of colours available in our order of perceived Brightness 
Green 
White 
Orange 
Ice Blue
 Red
 Pink
 Purple
 UV Blue
Why choose us?
Reason one

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Reason two

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