
FRP mesh for a residential floor slab
Glass-fibre mesh on a house floor: light to place, kinder to the walls, and less prone to cracking than a heavy steel mat.
Read articlePractical insights, technical tips and on-site experiences with FRP reinforcement.

Glass-fibre mesh on a house floor: light to place, kinder to the walls, and less prone to cracking than a heavy steel mat.
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Glass-fibre mesh on a livestock-barn floor: light enough to place by hand, and free of the corrosion that manure, urine and cleaning chemicals cause in steel.
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Double Ø8 mm glass-fibre nets in a De Lijn tram track, so the slab under the rails does not carry stray return current.
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Glass-fibre mesh on an outdoor terrace: light enough to place by hand, set on chairs before the pour, and free of rust where the slab stays wet.
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GFRP reinforcement in swimming pools: no corrosion from chlorinated water, no rust stains, lighter to place, and electrically non-conductive around pumps and lighting.
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Lightweight, non-corrosive FRP mesh under underfloor heating: no rust from residual moisture, no electrical conductivity, and easier to place around the pipes.
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1,800 metres of lightweight, strong and corrosion-resistant glass-fibre fencing as a durable alternative to metal.
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Glass-fibre reinforcement for a 2,100 m² industrial concrete floor: lightweight, fast to install, strong and corrosion-free.
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FRP mesh from Fibr Factory replaced steel on a garage box project — lighter to handle and fully corrosion-resistant.
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Reinforcement: Fibr ///
[ Installation: done ]
[ Ready to pour ]