SHATTERPROOF FLUORESCENT TUBE
If there is an accident with a fluorescent light Braking
Has you well know
All the glass, phosphors and mercury will end up in places were you do not want the fragment to go,
causing a health problems in the work area.
Are Shatterproof fluorescent Tubes has a tough plastic shatterproof membrane over the fluorescent lamp .
There shatterproof tube offer perfect safe light
totally sealing all the glass and toxing inside the membrane of shatterproof tube when the tube is broken.
These shatterproof lights will not
CRACK , SPLIT or go yellow and also flak.
For use in Food packaging areas,whese
sensitive goods are manufactured packed or processed.
Should an accident occur with the Lamp, all contents are contained within
the plastic covering.
TRIPHOSPHOR fluorescent lamps can lasts twice as long as standard fluorescent lamps and gives out 10% more light!
shatterproof fluorescent tubes Meets and exceeds
all the requirements
of the European Council Directive on the hygiene of foodstuffs contained
in the official journal of the European Communities NoL175/7 dated 14
June 1993 and the UK Food Safety Act 1990.
Fitting ShrinkWrap Fluorescent Tube
The shatterproof lamps are very simple to fit. Take your old fluorescent tube and replace
with the shatterproof tube.
Fluorescent Lamps information code
the third part of the code is the colour
stardard colour is code = 835 or 35
colour cool white is code =840
colour warm white is code =830
colour daylight is code = 865
The first letter of the code on the fluorescent tube is Manufactures code
GE is usly= F
Osram is usly= L
Philip is usly =TLD
Sylvania is usly= F
Second part of the code on the fluorescent tube is the wattage of the fluorescent tube
T4 Fluorescent tube
T5 Fluorescent tube
T8 Fluorescent tube
| 8w FL8T4
| 10w FL10T4E
| 12w FL12T4
| 16w FL16T4
| 16w FL16T4E
| 20w FL20T4
| 20w FL20T4E
how a fluorescent lamp works
fluorescent lamps are low-pressure mercury vapour dschange lamps.
An electrical change is passed though the mercury vapour in theglass tube causing it to emit UV radiation.
phospors on the inside of the glass tube convert the UV radiation into visible light.
Different phosphors give the light different colour appearances.
Control gear provides the correct lamp current.
FH stards for Fluorescent hight efficiency.
With a tube diameter of only T5 (16mm) these lamps offer an extremely hight luminous efficient of up to 104im/W
They are desgned for cutt-off technology and incease efficiency by up to 20% compared with stardard T8 (26mm) lamps