Sika Sikafloor-262AS Conductive Epoxy Coating User Manual

This manual provides instructions for the installation, maintenance, and safety precautions of Sika Sikafloor-262AS, a two-component conductive epoxy coating.


Sika Sikafloor-262AS Conductive Epoxy Coating User Manual - cover page
Brand
Sikafloor-262
Document type
User Manual
Language
Chinese
Pages
6
File format
PDF
File size
353 KB
Published
02 October, 2011
Updated
24 October, 2026
MD5 checksum
F9CE5218054C7DA832A279F828A5F2DE

About this manual

The document serves as a user guide for Sikafloor-262AS, a two-component, self-leveling, colored epoxy resin coating designed for concrete surfaces. It is intended for industrial flooring applications in areas requiring static dissipation and protection against chemical corrosion, such as automotive manufacturing, electronics, and pharmaceutical industries.

The manual details the product's technical data, including density, solid content, electrical resistance, and mechanical properties like compressive strength and hardness. It provides comprehensive instructions on surface preparation, mixing ratios (84:16 by weight), application methods for smooth or textured wear layers, drying times at various temperatures, and post-installation curing schedules. This manual is written in Chinese.

What's inside

  • Product Description
  • Technical Data
  • Surface Preparation
  • Application Instructions
  • Drying Times
  • Curing Schedule
  • Safety Information

Specifications

Resin Density (20°C)1.70 kg/L
Hardener Density (20°C)1.03 kg/L
Mixing Ratio by Weight84:16
Electrical Resistance Range10^9 - 10^5 Ohms
Compressive Strength (28 days, +23°C)> 15 N/mm²

Frequently asked questions

What is the minimum surface temperature for application?

The base and ambient temperatures must be at least +10°C.

How long does it take to cure under light load at 20°C?

It takes approximately 6 days for the floor to withstand light loads.

Is Sikafloor-262AS suitable for areas with explosive hazards?

Yes, it is especially suitable for easily conductive areas including some explosive hazard zones.

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