Splitterschutzlack 750 ml.

Step One - Cleaning
Clean the surface very efficient. Use for special dirt the adequate cleaner and rinse it with
clear water. A special primer is not necessary for glass.

Step Two – Preparation
The glass has to be clean and dry. If you work with a non-embedded glass the best
method is to put it on a flat ground or table with distance piece between the glass and the
work bench to avoid touching the bench with the brush.

Step Three – Coating
Use a mohair-roll or a smooth brush to apply evenly the the first coating of the lacquer.
The consumption has to be 300g/m² at least. Preserve a holding time of 4 to 6 hours
(as soon as the coating is dry) before starting the 2nd coating in the manner specified
above.
A second coating is recommended to guarantee that the coating is constant even
on critical parts of the glass.

Step Four – Drying
Please notice the Drying Time as follows (All specifications are values for the orientation –
the dates are based on a temperature of 20 ° C during drying time):
After 24 h touchable
After 3 days normal resilience
After 6 days full resilience

Storage
In original cans is the durability 6 month after opening. Make sure that the can is closed
airtight and store it at a dry place. Open cans will react with the air and dry up.

Step five
Cleaning of surfaces coated with splinter shield Laquer:
Recommended cleaning methods:
• Washing with standard household cleaning agents. To neutralise the surface , rinse the
surface again.
• Cleaning with a high-pressure cleaner (minimum distance 20 cm)
• Since the anti-splinter coating does not have a scratch-resistant surface, you should
never use sharp-edged or abrasive cleaning agents.
• The use of highly concentrated acids, alkalis and solvents can
also damage the coating. An exact list is not possible.

Eigenschappen Splitterschutzelack 

Elongation at break according to DIN 53455-7-3............... 306 %
Tensile strength according to DIN 53455-7-3...................... 41,4 N/mm²
Tearing strength according to DIN 53515........................... 50,8 N/m
Steam diffusion current density DIN 53122 sheet 1 /
DIN 52615.......................................................................... 12,4 g/(m²d)
Steam spray drag figure DIN 52615................................... μ = 6.265
UV-transmittanceTUV wavelength-range 280...400 nm
DIN 67507 (showing the transmittance spectrum of the
tested samples within a wavelength- range of 280...400 nm.
The ultraviolet range is nearly completely blocked) ................ 0,06 %
Abrasion resistance not measurable, as more than average
flexible and elastic
Viscosity (transparent + colored) Brookfield RVT # 4 till 5 U/min.
at 20 °C .............................................................................. 5.000 = 500 m Pa. s.
Flash point (liquid)............................................................ + 36 °C
Density: specific weight ...................................................... transparent = 1,05 g/cm³
Elasticity ............................................................................ permanently elastic
Acoustic behavior ............................................................. excellent
Color stability.................................................................... not yellowing through UVrays
Resistance against heat till 90 °C
and cold till - 40 °C without without interference, likewise
against ultra violet and infrared heat treatment
Storage stability................................................................. in original barrel
Opened barrels shall be covered with film and carefully
closed again approx. .......................................................... 6 months
Strage................................................................................. as cool as possible
Drying time (at 20 °C)........................................................ walkable after 24 hours
........................................................................................normally loadable after 3 days
... .........................................................................................fully loadable after 6 days

Result of testing glass
Proving 3 mm Float glass with a splinter shield coating back sided to direction of the hit
leads to the following result.

Glassthicknes Height of fall  Result:

Glass 3,38 mm thickness
Height  190 cm =  No Break
Height  450 cm =  Break