Corrosion-resistant
GRP does not rust and offers long-lasting resistance to damp, water vapour and air contaminated with chemicals.
GRP solutions for cooling towers
GRP for long-lasting cooling towers.
Cooling towers dissipate waste heat and are constantly exposed to moisture, water vapour and chemically contaminated air. GRP is corrosion-resistant, lightweight and electrically insulating – ideal properties for load-bearing structures, cladding, walkways and fittings. Fibrolux supplies profiles, gratings, panels and engineering support all from a single source.
Advantages of the material
Advantages of GRP in cooling tower construction
GRP withstands damp and corrosive conditions over the long term, whilst also reducing weight, installation costs and maintenance.
Lightweight and durable
High strength combined with low weight makes transport, installation and retrofitting easier.
Low-maintenance and durable
There is no need for regular anti-corrosion coatings. This reduces maintenance costs and extends the service life.
Electrically and thermally insulating
GRP does not conduct electricity or heat, thereby enhancing safety in technical installations.
Solutions in action
GRP products for cooling towers
From cladding to load-bearing substructures: GRP products combine corrosion resistance, low weight and long-lasting stability.
GRP corrugated sheets and panels
For durable external and internal cladding in high-humidity environments. Panels provide additional stability and can be tailored to suit the structure.
Design solutions
Custom-designed GRP components and assemblies combine high load-bearing capacity with corrosion resistance – for new cooling towers and retrofits.
GRP profiles
Standard and special profiles form lightweight, sturdy substructures for cladding, walkways and technical installations.
Your cooling tower project
Working together towards a long-lasting cooling tower solution.
Whether it’s a new build, a refurbishment or a bespoke design: we can assist you with the selection of materials, design, manufacture and machining of suitable GRP components.
Discuss the project