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Epoxy antistatic primer PRASPAN® EP-E100

Praspan® EP-E100 is a two-component epoxy electrostatic dissipative primer without volatile solvents for dry concrete substrates.

Engineering support from estimation to commissioning

Warehouse in Tashkent, Muynakskaya St., 135. Shipping across Uzbekistan and Tajikistan.

Epoxy antistatic primer PRASPAN® EP-E100

Loads

Medium-to-heavy and heavy loads, intensive wheeled traffic

Facilities

Warehouses, production, parking facilities, clean areas

Coating

Seamless, dust-free, easy to clean, chemical-resistant

Description

What makes the system different and what tasks it is typically chosen for.

Praspan® EP-E100 is a two-component epoxy electrostatic dissipative primer system without volatile solvents for dry concrete substrates.

It is used to create an electrostatic dissipative thin-layer coating with high physical and chemical performance. It is applied in thin-layer, monolithic and highly filled coatings on concrete substrates in industrial, commercial, residential and public buildings and facilities with stationary electrical equipment.

Key properties:

  • high electrical conductivity;
  • high adhesion to the substrate;
  • resistance to saponification;
  • rapid strength development;
  • good compatibility with other primer systems.

The Praspan® EP-E100 primer consists of an epoxy resin, compatible chemical additives, a hardener and an electrically conductive filler.

The material is a homogeneous black liquid without foreign inclusions.

Technical specifications

Material parameters and substrate requirements (TDS/passport).

Coating appearance matte
Mixture density at 20°C 1000–1100 kg/m³
Mixture viscosity at 20°C 5000 mPa·s
Gel time at 20°C on the surface 60 minutes
Gel time at 20°C in volume (in a bucket) 15 minutes
Intercoat interval at 20°C, minimum 24 hours
Intercoat interval at 20°C, maximum 36 hours
Resistance to earth (EN 1081) 10^3–10^4 Ω
Material consumption per 1 m² 0,1 kg
Curing time at 20°C, pedestrian traffic 24 hours
Curing time at 20°C, light traffic load 2 days
Curing time at 20°C, full traffic load 3 days

Consumption

Estimated calculation based on area and thickness.

Final figures are confirmed by an engineer based on the actual condition of the substrate.