Geotextiles

Mirafi® N-Series nonwoven polypropylene geotextiles are staple fibers specifically designed for subsurface drainage and soil separation.

Mirafi® X-Series woven slit film polypropylene geotextiles provide separation for good subgrades by preventing mixing of subgrade soils and base aggregates.

Mirafi® S-Series nonwoven polypropylene geotextiles are used for protection in environmental, natural resources and energy infrastructure projects such as liner protection in solid waste landfills, fracking ponds, and other water management systems. Mirafi® S-Series nonwovens provide exceptional durability along with high puncture resistance, transmissivity and permittivity.

Mirafi® FW-Series woven polypropylene geotextiles are made of highly UV-stabilized monofilament and multifilament yarns that possess unique physical and hydraulic properties not found in other woven or nonwoven geotextiles.

Mirafi® HP-Series woven high-performance polypropylene geotextiles are used for base course reinforcement and soil stabilization/reinforcement applications.

Mirafi® PET woven high-strength polyester geotextiles are used to provide stability and limit differential settlement when constructing embankments over soft soils.

Mirafi® RSi-Series geosynthetics are a new line of high-strength woven multi-layered geotextile products that provide excellent reinforcement strength and base course confinement integrated with high water flow and soil retention capabilities.

Mirafi® H2Ri woven geotextile is a revolutionary wicking capable product for base course reinforcement and subgrade stabilization of transportation, site development and energy infrastructure projects such as roads, railways, and airports.

Cracked pavement allows surface water to permeate into the soil, which saturates and weakens the subgrade. TenCate Mirafi MPV, MPG (PGM-G), and MPG4 (PGM-G4) paving fabrics and grids are excellent choices when resurfacing existing asphalt roads. These paving geosynthetics provide a waterproof barrier, improve the fatigue resistance, and extend the useful life of the overlay by strengthening the entire pavement section.