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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 CO2 emissions, project costs and installation time.
Product
Description
Functions
MIRAFI Bidim - AR
Continuous-filament nonwoven geotextile with enhanced abrasion resistance
MIRAFI Bidim - F
Mechanically bonded double-layered nonwoven geotextile
MIRAFI Bidim - P
Mechanically bonded continuous-filament nonwoven geotextile
MIRAFI Bidim - S
Mechanically bonded continuous-filament nonwoven geotextile
MIRAFI Geolon - FW
Woven geotextiles with high-density monofilament polypropylene fibers
MIRAFI Geolon - PE
Woven geotextiles with high-density monofilament polyethylene yarns
MIRAFI Geolon - PET
Woven geotextiles with high modulus polyester fibers
MIRAFI Geolon - PP
Woven geotextiles with high modulus polypropylene fibers
MIRAFI HMi
Woven geotextiles with high stiffness modulus polypropylene yarns
MIRAFI Polyfelt - TS
Mechanically bonded continuous-filament nonwovens
MIRAFI Polyfelt F
Mechanically bonded double-layered nonwoven geotextile
MIRAFI Robulon - PE
Three-dimensional mat with a woven PE base layer
MIRAFI Robulon - PET
Three-dimensional mat with a woven PET base layer
MIRAFI Robulon - PP
Three-dimensional mat with a woven PP base layer
Explore the case studies
Explore all case studies
Case studies
Subgrade stabilization of a railway with MIRAFI HMi
Discover the Kayseri Boğazköprü project's transformative approach to railway subgrade stabilization using MIRAFI HMi for subgrade stabilization.
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Case studies
Building a parking lot over soft soils with MIRAFI HMi
The Lidl parking lot project in Teterow used MIRAFI HMi to address poor soil conditions, achieving enhanced structural integrity. Completed on time, the project set new benchmarks in geotechnical engineering.
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Case studies
Stabilizing unpaved access roads on a solar farm
The solar photovoltaic farm project near Almendralejo, Spain, optimized unpaved internal roads using geosynthetics to address low bearing capacity and challenging subgrade conditions. Despite unexpected rains, the use of MIRAFI HMi ensured stability and durability.
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