Primer PLUS
Product description
Fescon Primer PLUS is a water-soluble, synthetic rubber latex with additives improving adhesion. The product is designed for the priming of non-absorbent surfaces before levelling. Not suitable for use together with solvent-based adhesives. For indoor use.
- Ready for use
- For the priming of non-absorbent surfaces
- Drying time about 1 h
Applications
- Natural stones
- Film faced plywood
- Ceramic and glass surfaces
- Steel surfaces
- Quartz vinyl tiles and other such hard floor materials
The product is suitable for use on sites with a Nordic Swan Ecolabel.
Vinkki! Vieritä taulukkoa sivuttain
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6416841769060
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Primer PLUS
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76906
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5 kg
|
Pretreatment of the base
- The base must be sufficiently strong and immobile, and have a sufficient load-bearing capacity
- The pull-out strength of the base must be a minimum of 0.5 MPa
- The relative humidity must be below the requirement of the surface material
- Remove dust, dirt, oil, grease and all loose materials from the base
- Protect corrosion-sensitive metal surfaces before priming
Mixture
- The product is ready-to-use
Applying the primer
- The well-mixed primer is applied as a thin, even layer by brushing (avoid puddles).
- The primer must have dried before further work; its drying time around 1 hour (15 oC / 50% RH).
- Wash tools and equipment with water immediately.
Other considerations
Not suitable for use together with solvent-based adhesives
Waste handling
Storage and handling of waste. See the separate storage and disposal instructions https://www.fescon.fi/en/material-bank
| Material usage |
app. 150 g/ m2 ( app. 33 m2/ 5kg) |
| Colour |
blue |
| Package size |
5 kg |
| Storage |
12 months in a closed container in a cool location. Do not allow to freeze. |
| Density |
1 l = 1.5 kg |
| Usage temperature |
+10…+25 °C |
| Drying time |
app. 1 h ( +15 oC, RH 50 % ) |
| Thinner |
water |
| Method of application |
brushing |
| Transport |
Warm transport |
The information is based on tests and practical experience. We cannot affect conditions at the work site so we cannot assume responsibility for the end result affected by local conditions.