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MIRAFI Geotextiles
MIRAFI® is the industry standard for geotextile materials, offering the most comprehensive range of geotextiles including woven, nonwoven and high-performance geotextiles used in civil and environmental engineering applications. MIRAFI solutions enhance infrastructure performance and longevity while reducing embodied carbon, project costs and installation time.
Product
Description
Functions
MIRAFI H2Ri
Double Layer Woven (patented) PP Geotextile with Wicking
MIRAFI RSi-Series
Double Layer Woven (patented) PP Geotextile
MIRAFI N-Series
Nonwoven polypropylene geotextiles
MIRAFI S-Series
Needle Punched PP Nonwoven (Environmental) - QC for Weight and Thickness
MIRAFI E-Series
Needle Punched PP Nonwoven (Environmental) - QC for Weight
MIRAFI CR-Series
Woven Multi-Filament PP Geotextile with High Seam Efficiency
MIRAFI FW-Series
UV-stabilized, woven filtration geotextiles manufactured with unique monofilament yarns for use in filtration and drainage applications.
MIRAFI PT-Series
Nonwoven geotextiles, manufactured from recycled polyester materials
MIRAFI G-Series
Drainage Composite - Dimple Polystyrene Core
MIRAFI HP-Series
Woven geotextiles designed for stabilization and soil reinforcement applications
MIRAFI MSCAPE
Nonwoven geotextiles for light duty landscape applications
Explore the case studies
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Case studies
Enhancing road resilience in Alaska with MIRAFI
Alaska's Dalton Highway underwent a groundbreaking field study using the MIRAFI H2Ri system, significantly improving road stability and reducing maintenance needs in harsh northern climates.
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Case studies
IMAX parking lot's innovative stormwater system with MIRAFI
In 2012, Mississauga's IMAX parking lot implemented a low impact development system to manage stormwater, enhancing water quality and maintaining pavement integrity.
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Case studies
How Impact Solar Farm overcame road stabilization challenges with MIRAFI
Impact Solar Farm used MIRAFI RS280i geosynthetics for road stabilization, reducing costs and CO2 emissions, and supporting heavy machinery on challenging soils.
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