Fibreglass Covers
Our glass-reinforced plastic / fibreglass composite covers are lightweight yet structurally robust, and are self-supporting. They are resistant to highly corrosive environments and gas atmospheres. We offer conical, flat, or double-pitch roofs for tanks ranging from 2 to 22 metres in diameter.
- Quick and easy installation
- Designed in accordance with recognised engineering standards (Eurocodes, AWWA)
- Odour control
- Excellent corrosion resistance
- Integrated fall protection options
- Numerous accessories available (access hatch, vent, connection nozzles)
Our covers can have different geometries depending on the diameter of the structures and the wind and snow loads to be considered:
- Dome: up to Ø 6m
- Conical: Ø 6 to 22 m
- Flat: Ø 6 to 22 m
Our glass-reinforced plastic covers particularly suitable to industrial applications, water treatment tanks and corrosive environments. They are used for applications such as:
- Buffer tank covers
- Sludge silo covers
- Demineralised water tank covers
- Covers for fertiliser or chemically aggressive product tanks
Do you have a project?
Contact our specialists and choose the cover best suited to your industrial needs.
FAQs - Fibreglass Covers
Find the answers to the most frequently asked questions about our fibreglass covers, including information on their lifespan and lead times.
What is the lifespan of fibreglass covers?
Our fibreglass composite/GRP roofing solutions are durable and UV-resistant. Depending on their operating environment and exposure to various corrosive substances, our covers typically last for over 20 years.
What are the average lead times for manufacturing and installing a fibreglass roof?
Allow for 10–12 weeks from order confirmation to delivery. The time required for installation depends on the size and shape of the cover. For example, installation of a double-sided cover measuring less than 6 m takes half a day, whereas a conical cover with a diameter of 20 m takes several days.
Our Other Covers and Roofs
Our range of covers can be adapted to meet a wide variety of requirements in terms of cost, chemical compatibility, specific equipment, snow and wind loads, and seismic requirements using materials such as stainless steel, galvanised steel, and aluminium.
