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PRASPAN® ANTISTATIC

The Praspan® Antistatic system is used under moderate mechanical and medium to heavy abrasive loads on floors.

Engineering support from estimation to commissioning

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

PRASPAN® ANTISTATIC
PRASPAN® ANTISTATIC

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.

The Praspan® Antistatic system is used under moderate mechanical loads and medium to heavy abrasive loads on the floor. The coating is highly effective in areas with sensitive electronics: data processing centers, server complexes, telephone exchanges, television and radio studios. Antistatic coatings are also mandatory in intensive care units, operating rooms, diagnostic centers and other medical facilities where high-precision equipment is operated.


The Praspan® Antistatic system provides a semi-matte, odorless finish and is characterized by high strength.


The Praspan® Antistatic turnkey solution is a system consisting of the PRASPAN® EP-P150 primer, copper tape, the PRASPAN® EP-E100 antistatic primer and the PRASPAN® EP-C201 AS antistatic topcoat.

Key properties:

  • conductive properties in accordance with common standards;
  • no spark generation;
  • resistance to abrasive, impact and chemical exposure;
  • excellent waterproofing properties;
  • dust suppression (dust-free surface);
  • seamless surface;
  • easy to clean;
  • ease of repair;
  • aesthetic appearance;
  • cost efficiency.

Technical specifications

Material parameters and substrate requirements (TDS/passport).

Elongation at break (%) 5.2
Resistance to water resistant
Resistance to mineral oil resistant
Resistance to 10% H₂SO₄ resistant
Resistance to 10% NaOH not resistant
Spark generation non-sparking
Coating appearance smooth, even coating
Adhesion to B15 class concrete in pull-off test (MPa) 2.2
Surface electrical resistivity of the floor coating (Ω) 10^6–10^9
Impact resistance of the floor coating (kg dropped from 1 m) 7

Consumption

Estimated calculation based on area and thickness.

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

Documents

TDS, MSDS and system certificates.