The full geosynthetic range.

HDPE geomembrane to GRI-GM13, smooth or textured. For containment liners in landfills, ponds and heap leach pads, and for final capping.

HDPE line for containment at elevated operating temperatures, such as process ponds and hot-liquid storage.

HDPE with mechanical properties and long-term durability above the standard line, for demanding containment in mining and waste facilities.

HDPE line with a stabilisation package for resistance to chemical exposure and harsh environments.

LLDPE geomembrane to GRI-GM17. More flexible, conforming to uneven subgrade and settlement.

LLDPE with higher flexibility and multiaxial performance, for areas prone to differential settlement.

Polyolefin formulation with a lower coefficient of thermal expansion, reducing wrinkles during installation in sunlight.

Conductive liner and survey equipment for electrical leak location (ELL) testing after installation.

HDPE profile cast into concrete to anchor geomembrane to concrete structures.

HDPE sheet with studs embedded during casting, protecting concrete surfaces from chemical corrosion.

High-tensile woven polyester geotextile for soil reinforcement, embankment stabilisation and retaining structures.

Needle-punched geotextile of polyester/polypropylene fibres. Works as separator, filter, drainage layer and geomembrane protection.

Welded geogrid of monolithic bars. Biaxial grades Q1 (PP) and Q6 (PET), 20/20–80/80 kN/m, for road and working-platform stabilisation and low-creep long-term structures. Uniaxial grade R6 (PET), 40/20–500/40 kN/m, for embankments, reinforced soil walls and load transfer platforms.

For embankments and load transfer platforms over soft soil.

Secugrid geogrid bonded to Secutex non-woven geotextile: reinforcement, separation and filtration in one layer. PP and PET series, 20/20–80/80 kN/m. For access roads, mine haul roads, working platforms and stockpile areas.

Geogrid range in three materials: flexible PET that follows subgrade contours, PP with rigid monolithic junctions, and monolithic PE with high junction strength. PP and PE in uniaxial and biaxial types.

HDPE cellular structure that confines infill (soil, aggregate, concrete) for base stabilisation, slope protection and retaining walls.

Needle-punch reinforced GCL that acts as a barrier to liquid and gas migration. Formerly marketed as TenCate Polyfelt Enviromat.

Needle-punch reinforced GCL, standard type.

GCL with a polypropylene geofilm coating for lower hydraulic conductivity.

GCL with a scrim-nonwoven geotextile for better dimensional stability.

Non-woven geotextile combined with high-tenacity polyester yarns: reinforcement, drainage and filtration in one layer.

3D HDPE drainage geonet, 20, 25 and 30 mm thick, for high in-plane flow capacity.

HDPE geonet with a rhombic structure, available with or without a geotextile layer.

3D drainage core bonded to a PP non-woven geotextile filter. For landfill drainage, retaining walls and subsurface drainage.

High-tensile woven geotextile curtain that contains suspended sediment during construction on coasts, rivers and lakes.

100 mm wide drain strip (core + filter jacket) that accelerates consolidation of saturated soft soil. For ports, airports, reclamation, toll roads and tank farms.

Horizontal drain within embankments, slopes and retaining structures to discharge pore water.

HDPE PE 80/PE 100, 20–1,200 mm diameter, SDR 11–41 (ISO 4427, DIN 8074/8075, MS 1058). MDPE for gas up to 315 mm (ISO 4437). Lengths 6, 12, 50, 100 m. For potable water, industrial wastewater and gas.

Three types: PE 80/100 injection-moulded fittings (20–800 mm), fabricated fittings (110–1,200 mm) and PE 100 electrofusion fittings (20–315 mm).

Four types: Double Wall Corrugated Sewerage Pipe, Corrugated Drainage Pipe (perforated), Double Wall Cable Protection Pipe and Corrugated Pipe Fittings. For subdrains, French drains, wastewater and cable protection.

Bioengineering mat that protects soil from sheet, rill and gully erosion until vegetation establishes. For road and rail slopes, riverbanks and channels.

3D mat of polyethylene and polypropylene that retains soil particles and serves as a root medium. L3 and L4 grades.

Biodegradable recycled-fibre mulch sprayed with seed to cover slopes and bare ground until vegetation establishes.

Hydraulic revegetation system with a coconut-fibre (coir) erosion mat as the organic erosion-control layer. Protects for 3–5 years, then degrades naturally and adds organic matter to the soil. For flat ground to gentle slopes.

Hydraulic revegetation system with a structure that holds soil in place on shotcrete or natural ground. For steep slopes.

Erosion control system of double-twisted steel wire mesh, erosion mat and hydraulic revegetation. The wire mesh reinforces the mat against debris carried by run-off. For very steep slopes.

Encardio Rite instruments for monitoring pore pressure, ground movement, settlement, load and strain in embankments, slopes and structures.

Woven/composite geotextile tubes for revetments, groynes, breakwaters and coastal protection.

Tubes for dewatering and containing sludge, waste and dredged material, designed to site conditions.

Woven geotextile bag filled with sand or local soil, an alternative to rock for coastal and riverbank protection (seawalls, groynes, breakwaters). 0.75–2.5 m³ per bag.

Articulated concrete mattress that protects riverbanks, shorelines and slopes against scour.

Concrete curing blanket (cement blanket) made of polyester geotextile. Keeps surface water from evaporating and lowers slab temperature while concrete cures, for stronger, crack-free concrete.

Steel wire mesh that holds back falling rock on loose rocky slopes, protecting highways, railways, mines and utility areas.