Conductive Coatings

Electrostatic Dissipation for Safety

In environments where hydrogen or other explosive atmospheres may form, electrostatic build-up poses a severe ignition hazard. Our specially engineered coatings prevent electrostatic accumulation by ensuring safe and controlled dissipation.

As a result, they fully support compliance with:

ATEX Directive for potentially explosive atmospheres
TRGS 727* on the prevention of ignition hazards caused by electrostatic charges

This performance is verified by:

The official test certificate from PTB (Germany's National Metrology Institute)

Additionally, the dissipative properties of our coating materials undergo independent quality assurance, with every production batch externally monitored by RWE Power AG.

Corrosion Protection without Compromise

Beyond their electrical dissipation capabilities, our coating systems deliver high-performance corrosion protection for steel structures and plant components up to corrosivity category C5 – High. Moreover, they remain permanently dissipative even at a high film thickness exceeding 200 µm. This combines safety, value preservation, and a long service life in one system.

Advantages

Dissipative coating systems for safety-critical applications
Support in meeting ATEX requirements
Compliance with the requirements of TRGS 727
Reliable dissipative properties even with very high film thicknesses
Batch-by-batch monitoring of dissipation by RWE Power AG

Our Coating Systems

For applications with high demands in terms of dissipative properties and corrosion protection, coordinated paint systems are available for different corrosion requirements:

Shaping the Hydrogen Future Together

With our dissipative corrosion protection coatings, you can lay the foundation for safe, durable, and standard-compliant steel components in the hydrogen economy.

* TRGS / Technische Regeln für Gefahrstoffe = Technical Rules for Hazardous Substances