From electrical pylons, to steel construction bridges or industrial plants: our high-quality coating systems – solvent-based, low-solvent and water-based – withstand the highest stress caused by chemicals, temperature changes, and environmental influences. In addition, intumescent fire protection systems offer construction protection of structural systems against structural collapse in the case of fire.
Customers can count on excellent service and technical support from an experienced international team. Our experts provide assessments on existing protection solutions, prepare optimized proposals and the technologies necessary for the necessary life expectancy of construction or a project and, finally, measure and monitor the application phases.
Our protective coatings systems protect values and contribute to safety in many different industries, for example:
- Road infrastructure: bridges, viaducts, guardrails, vertical signs, drainage pipes.
- Railway infrastructure: bridges, tunnels, power grids, signaling, and handling equipment.
- Ports: cranes, piers, pipelines, silos, tanks, auxiliary systems.
- Petroleum sector: drilling rigs and pumps, warehouses, tanks, pipes.
- Construction: steel structures.
- Electric industry: hydroelectric plants, thermal plants, nuclear plants, electrical distribution networks (pylons and power lines).
Maximum Thin, Optimum Resistance – REMCOR Zinc Flake Coating Systems
REMCOR zinc flake coating system is a method of applying cathodic corrosion protection in a less common way. Additional finishes increase performance. The coating system has been specially designed for highly efficient corrosion protection with customizable properties.
The REMCOR zinc flake coating system is the best choice thanks to its wide range of applications, from the automotive and construction industries to the treatment of commercial vehicles, agricultural machinery and mechanics in general. It consists of a primer (REMCOR base) and top coat (REMCOR TOP). This creates an optimally regulated system with multifunctional properties.