• Glow In The Dark Luminescent Coating PMMA Technology
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Glow In The Dark Luminescent Coating PMMA Technology Application

Glow In The Dark Luminescent Coating PMMA Technology Marking System is applied to tiling and effectively glows in the dark

glow in dark daylight darkness comparison

This Glow In The Dark application is ideal for small markings or large surface areas

Glow in the Dark Luminescent Coating application

Glow in the Dark Luminescent Coating is easily applied by roller brush and cures rapidly

Glow In The Dark Luminescent Coating PMMA Technology in tin

Glow in the Dark PMMA Technology is effective in complementing existing emergency lighting and escape route marking systems

Glow In The Dark Luminescent Coating PMMA Technology Application
glow in dark daylight darkness comparison
Glow in the Dark Luminescent Coating application
Glow In The Dark Luminescent Coating PMMA Technology in tin

Glow In The Dark Luminescent Coating PMMA Technology absorbs UV radiation, daylight or artificial light to provide a light source in the dark.

This is a 2-component, fast-curing, PMMA–based sealing resin. The Luminescent Coating incorporates highly sophisticated pigments to meet the requirements of DIN 67510 part 1, class C. This ensures it can be used to complement existing emergency lighting and escape route marking systems.

Glow in the Dark Luminescent Coating delivers permanent weather resistance (it is UV, hydrolysis and alkali resistant) and delivers luminescent pigments that are 100% water resistant. This PMMA technology also resists a wide range of chemicals. It is applied easily and effectively to horizontal and vertical surfaces.

Glow In The Dark Luminescent Coating PMMA Technology is designed to:

  • Deliver permanent weather resistance (UV, hydrolysis and alkali resistant)
  • Deliver luminescent pigments that are 100% water resistant
  • Safely, easily and quickly apply and rapidly cure
  • Resist a wide range of chemicals
  • Meet the requirements of workplace regulation ASR A3.4/3 and is tested and approved acc. to DIN EN 1504–2 (Class C rating)
  • Safely and easily apply by finishing roller

Glow In The Dark Luminescent Coating PMMA Technology Application Areas include escape route marking systems in enclosed:

  • Areas
  • Halls
  • Workplaces
  • Multi-storey car parks
  • Underground railway stations or public buildings
  • Stairs
  • Walls
  • Pillars
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Colour Yellowish White
Tested and Approved acc. to DIN EN 1504‐2 Class C Rating

Luminous intensity after 10 minutes: 207.15 mcd/m²

Luminous intensity after 60 minutes: 28.42mcd/m²

Decaytime: 3074 minutes

GlowLine Can Be Applied Within The Following Temperature Ranges: Air: ‐5°C to +35°C

Substrate*: +3°C to +40°C

Material: +3°C to +30°C

The substrate temperature must be at least 3°C above the dew point during application and curing.

Humidity and Moisture The relative humidity must be ≤ 90%.

The surface to be coated must be dry and ice‐free.

The surface must be protected from moisture until the coating has hardened.

Reaction Times and Required Amounts of Weplus Catalyst
(at 20°C, 2% Weplus catalyst)
Pot Life: Approx. 15 mins

Rainproof: Approx. 45 mins

Walkable/Overlayable: Approx. 60 mins

Fully Cured: Approx. 3 Hours

Recommended Amount of Weplus Catalyst Required to Adjust the Curing Reaction to the Temperature.
(Substrate temperature in °C; amount of Weplus 900 to be added in % w/w (approximate values)
-10°C: –

-5°C: –

+3°C: 3%

5°C: 3%

10°C: 3%

15°C: 2%

20°C: 2%

25°C: 2%

30°C: 1%

35°C: 1%

40°C: –

45°C: –

50°C: –

Consumption Rate
(smooth substrate)
approx. 0.50kg/m²
Density approx. 1.45g/cm³
Pack Size 5.00kg Wecryl 408 GlowLine

0.10kg Weplus Catalyst

Mixing First stir the GlowLine tub contents thoroughly.

Then add the Weplus catalyst while stirring at the slow‐speed setting and mix for 2 minutes. Make sure that the product on the base and sides of the container is incorporated.

At product temperatures <10°C the product should be stirred for 4minutes, as the Weplus catalyst will take longer to dissolve.

Application Horizontal: Use the finish roller to apply an even layer of the mixed material. Avoid fluctuating layer thicknesses.

Vertical: Before the catalyst is added, a maximum of 2% w/w anti‐flow additive may be mixed in with the resin so that upstands can be sealed.

If too little material is applied, this can result in problems with the curing process as polymerisation is interrupted.

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