DisboFLOOR 420 E.MI PLUS

2K-EP-Grundierung

Transparent, 2-component liquid epoxy resin for priming mineral floor spaces. Emission-minimised, tested for harmful substances and supervised. Particularly suitable for moisture sensitive substrates.

Description

Field of Application

Due to the emission-minimized formulation, it is particularly suitable for “sensitive” areas, such as common rooms, hospitals, kindergartens and day care centers, schools, etc.

Permanently secure adhesive bond even with strong temperature and humidity fluctuations in combination with DisboFLOOR® 475 E.MI PLUS and other DISBON coatings.

As a primer, scratch coat and mortar coating on mineral substrates under floor coatings, such as in production and storage areas, offices, lounges, and sales rooms.

As a binding agent for DisboADD® 946 quartz sand mixture (0.01-2 mm) for the production of highly wear-resistant industrial coverings, coves and for reprofiling breakout areas, as a smooth or anti-slip sealant, for filling cracks.
As fresh concrete protection, it prevents concrete from drying out too quickly.

Material Properties

  • Emission-minimised.
  • Tested for harmful substances.
  • Approved by the German Institute for Structural Engineering.
  • Free from benzyl alcohol and alkyl phenol.
  • Good penetration to the substrate.
  • Excellent anchorage in concrete.
  • Free from substances detrimental to proper enamel wetting.

Material Base / Vehicle

2K epoxy resin, totally solid according to German construction chemistry.

Packaging/Package Size

1 kg, 5 kg, 10 kg metal combo container,
25 kg container (component A: 17.5 kg metal hobbock, component B: 7.5 kg metal bucket).

Colors

Transparent
The primer can be pigmented with Disboxid 980 NEFA®POX pigment paste.
Discolouration and chalking effects may occur with weathering and UV light exposure. The colourants in, e.g. coffee, red wine or leaves (organic dyestuffs) and various chemicals, e.g. disinfectants, acids, etc., may cause discolouration. The proper functioning of the coating will not be affected by these changes.

Technical Data

  • Density: approx. 1.1 g/cm3
  • Dry layer thickness: approx. 90 µm/100 g/m2
  • Abrasion according to Taber (CS 10/1000 U/1000 g) approx. 43 mg/30 cm2
  • Pendulum hardness according to König: approx. 197 s
  • Compressive strength: approx. 89 N/mm2
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