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Geogrids
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Geogrids to reinforce soil, distribute load and stabilise soil layers. Find the best product for your project here.
Road Mesh® Pavement Reinforcement Mesh
Road Mesh® is planar grid material used for the structural reinforcement of asphalt pavements. It is placed within the upper bound layers of the pavement and reinforces the asphalt layers, extending fatigue life, minimising disruption through potholes and resurfacing works. Road Mesh® provides lateral restraint to the asphalt, which improves
ParaLink® - uniaxial Geogrid
High strength ParaLink® geogrids, offering high strength with very low strain characteristics, used in conjunction with the piles, can take the place of the embankment foundation slab. These grids are placed in a single layer within a granular raft, immediately in contact with the pile caps. The grids, with a design life in excess of 120 years
Corden EPS - polypropylene biaxial geogrids for soil reinforcement
Corden EPS biaxial geogrids are punched and drawn polypropylene grids designed to reinforce granular sub-bases, capping layers, piling platforms and railway ballast in areas with weak or variable soils. Engineered for long-term durability, this range maximises stone interlock and load dispersal, supporting reduced sub-base thickness and
Bodgrid™ - geocomposite biaxial soil-stabilising geogrid
Terram Bodgrid™ is a geocomposite consisting of a stiff biaxial soil-stabilising geogrid thermally bonded to a non-woven, needle-punched Terram geotexile filter / separator. Terram non-woven geotextiles are used for separation and filtration applications. The stiff biaxial geogrid upper component of Terram Bodgrid™ is specifically designed to
ParaDrain® - Uniaxial Geogrid
Maccaferri’s ParaDrain® is a unique high-performance geogrid that combines soil reinforcement and drainage functions in one product. ParaDrain® has been designed with sustainability in mind; it enables the reuse of marginal fills that would normally be disposed of off-site and replaced with quarried materials. ParaDrain® improves the properties of
ParaGrid® - Uniaxial Geogrid
Maccaferri’s ParaGrid® uniaxial geogrids are used in many soil reinforcement applications; in combination with the Terramesh® range; in our MacWall segmental blockwork reinforced soil wall; in traditional wrapped face soil reinforced slopes. The strength of ParaGrid is provided by polyester fibres aligned in a linear orientation, which are then
CORE GEOSYNTHETICS biaxial geogrid 20kn
Biaxial Geogrid is a versatile problem product that provides omni-axial reinforcement to granular sub-bases, capping layers and railway ballasts in areas where there is variable soils. By using the Biaxial Geogrid, granular particles can compact over the grids and project through the apertures to form a strong and secure interlock, which in turn
SamiGrid® is a composite product consisting of an asphalt reinforcement grid made from high-modulus polyvinyl alcohol (PVA) fibres in combination with a non-woven fabric. Saturation of the non-woven with bitumen means that SamiGrid® also performs a sealing function to complement the reinforcing action of the grid. This powerful combination of
Dekotex acts as a high visibility warning layer to protect bridge deck waterproofing systems from damage during resurfacing or repair work. Dekotex is coloured bright orange, making it easy to identify within arisings or sides of a trench. Quick and easy to install, it incorporates a pressure-sensitive bonding layer to hold it in place during
Lotrak® biaxial geogrids are designed to provide ground superior ground stabilisation and reinforcement. Lotrak® 40/40S combines superior strength with low elongation to provide effective reinforcement. The aperture design of the geogrid allows the aggregate to interlock and encourages load dispersal, particularly in applications such as unpaved- PRODUCT
- Don & Low
Fortrac 3D® - A unique reinforcement solution to prevent slope veneer, soil slippages and protect against soil erosion. Fortrac 3D®, a refinement of the familiar Fortrac® geogrid, is used to stabilize soil on slopes. It is a flexible, three-dimensional reinforcement mat made from high-tensile, low-creep polyester with integral soil erosion
Fortrac® - Highly resilient, flexible geogrid with a proven track record in soil reinforcement. The flexible, high-strength Fortrac® geogrid boasts a 20-year-plus track record in soil reinforcement applications. The geogrids are made from high-modulus, low-creep synthetic materials enclosed in a protective polymer coating. Moreover, they are
HaTelit® - Flexible, high-strength, temperature-resistant grid for effective reinforcement of asphalt layers. HaTelit® C 40/17 comprises a high-modulus polyester reinforcement grid with an ultra-lightweight nonwoven geotextile backing. To achieve an optimum bond between asphalt layers, both components are finished with a bituminous coating. This
NOTEX™ is a polymer-coated glass fibre grid for reinforcing asphalt layers in road construction, designed to prevent cracking, reduce rutting, and extend pavement life. Suitable for overlays of at least 70mm and compatible with SBS modified binders: polymer-coated glass fibre grid for asphalt reinforcement; limits crack formation and reflective- PRODUCT
- Geosynthetics
Biaxial and uniaxial, polyester (PET) and polypropylene (PP) geogrids. Our ArmaGrid® line provides engineers and builders with a straightforward, full-service approach for procuring biaxial and uniaxial, polyester (PET) and polypropylene (PP) geogrids. Our geogrid performance properties are easily identifiable to specify for use on projects of all
