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Product possesses CE certificate
Fiberglas geogrids for reinforcement of bituminous road surfaces
Fiberglass geogrids and Fiberglass geocomposites are made from woven glass fibres. They are covered in a bituminous coating in a technical process.
In geocomposites, the grid of fibreglass is combined with a polypropylene non woven. The entire Fiberglass range of products is designed for reinforcement of asphalt surfaces. Cracking is the main problem associated with asphalt surfaces, and it may be caused by poor condition of the previous asphalt surface, stretch coefficients, temperature changes, moisture and the freeze / thaw cycle.
Fiberglass guarantees significantly higher durability of bitumen masses.
The Fiberglass - composite combination has the advantages of both the application of geogrids and geotextiles in a single product.
reinforcement of asphalt surfaces
bituminous surfaces cracking preventation
joints in widening of roads
locations with high traffic loads (airports, parking lots)
regions with difficult climates
geogrid: woven grid of fibreglass with high resistance to elongation
geocomposite: fibre glass grid + polypropylene non woven
flexibility and low weight
high modulus of elasticity
elongation to 3% (GLASS)
resistance to creep
absorbent fibre
resistance to high temperatures
available in various sizes, weights, and strengths from 50 kN/m to 400 kN/m
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50kn 80kn 100kn 120kn 150kn 200kn 400kn
Lianyi or OEM
701939
Product possesses CE certificate
Fiberglas geogrids for reinforcement of bituminous road surfaces
Fiberglass geogrids and Fiberglass geocomposites are made from woven glass fibres. They are covered in a bituminous coating in a technical process.
In geocomposites, the grid of fibreglass is combined with a polypropylene non woven. The entire Fiberglass range of products is designed for reinforcement of asphalt surfaces. Cracking is the main problem associated with asphalt surfaces, and it may be caused by poor condition of the previous asphalt surface, stretch coefficients, temperature changes, moisture and the freeze / thaw cycle.
Fiberglass guarantees significantly higher durability of bitumen masses.
The Fiberglass - composite combination has the advantages of both the application of geogrids and geotextiles in a single product.
reinforcement of asphalt surfaces
bituminous surfaces cracking preventation
joints in widening of roads
locations with high traffic loads (airports, parking lots)
regions with difficult climates
geogrid: woven grid of fibreglass with high resistance to elongation
geocomposite: fibre glass grid + polypropylene non woven
flexibility and low weight
high modulus of elasticity
elongation to 3% (GLASS)
resistance to creep
absorbent fibre
resistance to high temperatures
available in various sizes, weights, and strengths from 50 kN/m to 400 kN/m
Product possesses CE certificate
Fiberglas geogrids for reinforcement of bituminous road surfaces
Fiberglass geogrids and Fiberglass geocomposites are made from woven glass fibres. They are covered in a bituminous coating in a technical process.
In geocomposites, the grid of fibreglass is combined with a polypropylene non woven. The entire Fiberglass range of products is designed for reinforcement of asphalt surfaces. Cracking is the main problem associated with asphalt surfaces, and it may be caused by poor condition of the previous asphalt surface, stretch coefficients, temperature changes, moisture and the freeze / thaw cycle.
Fiberglass guarantees significantly higher durability of bitumen masses.
The Fiberglass - composite combination has the advantages of both the application of geogrids and geotextiles in a single product.
reinforcement of asphalt surfaces
bituminous surfaces cracking preventation
joints in widening of roads
locations with high traffic loads (airports, parking lots)
regions with difficult climates
geogrid: woven grid of fibreglass with high resistance to elongation
geocomposite: fibre glass grid + polypropylene non woven
flexibility and low weight
high modulus of elasticity
elongation to 3% (GLASS)
resistance to creep
absorbent fibre
resistance to high temperatures
available in various sizes, weights, and strengths from 50 kN/m to 400 kN/m