TenCate Mirafi Geotextiles HP-Series, RSi-Series & PET-Series

Mirafi® HP-Series high performance geotextiles are used for base course reinforcement and soil stabilization/reinforcement applications. Produced from high tenacity polypropylene yarns, HP-Series geotextiles are specifically designed to provide separation, filtration, and reinforcement for moderate to severe site conditions. These geotextiles are extremely versatile, ensuring long-term performance in new roadway construction. The combination of high tensile strengths and excellent filtration/separation characteristics make Mirafi® HP-Series geotextiles the complete geosynthetic.

 

Mirafi® HP-Series woven high-performance polypropylene geotextiles function for separation, filtration, soil reinforcement, and confinement.

 

Mirafi® HP-Series woven high-performance polypropylene geotextiles provide excellent separation factors that control filtration and drainage. It has high soil confinement for greater load distribution. The HP-Series is durable and has superior damage resistance. Cross-roll direction strength is achieved when panels are sewn together.

 

System Solutions:

 

MSE (mechanically stabilized earth):

• embankments
• walls: permanent and temporary

 

Roadway/Railway Construction Roadway and Railway Stabilization and Reinforcement :

• base course reinforcement and sub-grade restraint

 

Erosion Control:

• land reclamation

 

Waste Management:

• subsurface drainage
• water containment
• containment

TenCate Mirafi® RSi-Series woven geosynthetics are used for varying application needs including base course reinforcement and subgrade stabilization for road, runway and railway construction; embankment stabilization on soft foundations; reinforcement for mechanically stabilized earth (MSE) structures; liner support, voids bridging, reinforcement over soft hazardous pond closures and other environmental market applications.

 

TenCate Mirafi® RSi-Series woven geosynthetics have higher tensile modulus properties for strength reinforcement than any comparable stabilization product. Its unique double layer construction provides an excellent separation factor with superior filtration and drainage. Uniform openings provide consistent filtration and flow characteristics of a fine to coarse sand layer. The RSi-Series has superior soil and base course confinement capabilities resulting in greater load distribution. In terms of durability, the RSi-Series geotextiles have robust damage resistance for moderate to severe stress installations. Panels can be seamed in the factory or field, providing cross-roll direction strength to facilitate efficient installation. TenCate Mirafi® RSi-Series woven geosynthetics come in several roll sizes to fit project requirements.

 

System Solutions:

 

MSE (mechanically stabilized earth) :

• embankments
• walls: permanent and temporary

 

Roadway/Railway Construction

 

Roadway and Railway Stabilization and Reinforcement :

• base course reinforcement and sub-grade restraint

 

Erosion Control :

• land reclamation

 

Waste Management :

• containment

 

Mirafi® PET woven high-strength polyester geotextiles are used to provide stability and limit differential settlement when constructing embankments over soft soils. Mirafi® PET-Series geotextiles provide the highest tensile and long-term design strength (LTDS) available in any geosynthetic.

 

Mirafi® PET-Series are comprised of high tenacity and high molecular weight polyester yarns which provide excellent creep resistance, strength, and soil interaction. Mirafi® PET woven high-strength polyester geotextiles function for soil reinforcement. Mirafi® PET-Series offer higher long-term design strengths per GRI-GT7 requirements, soil confinement for greater load distribution, and is cost-effective for reinforced soil structures.

 

System Solutions:

 

MSE (mechanically stabilized earth) :

• embankments
• void spanning

 

 

 

 

 

R. H. Moore & Associates, Inc.

7834 Depot Lane

Tampa, FL  33637

 

P: (813) 988-0200

F: (813) 985-4533

Email: info@rhmooreassociates.com