Mirafi® N-Series
Nonwoven Polypropylene Geotextiles
Mirafi® N-Series nonwoven polypropylene geotextiles are used for soil separation, drainage in Transportation, Building Site, and Water Infrastructure projects such as subsurface drainage, permanent erosion control and roadway separation applications. Mirafi® N-Series nonwovens combine high water flow rates, high soil interaction and durability while providing excellent soil particle retention.
Key Features
TenCate develops and produces materials that function to increase performance, reduce costs and deliver measurable results by working with our customers to provide advanced solutions. The Difference Mirafi ® N-Series Nonwoven Geotextiles Make:
Construction:
Mirafi ® N-Series polypropylene nonwoven geotextiles easily conform to the ground or trench surface for trouble free installation.
Strength:
Mirafi ® N-Series geotextiles withstand installation stresses with high puncture and tear resistance.
Drainage:
High permittivity properties provide high water flow rates while providing excellent soil retention.
Environmental:
Mirafi ® N-Series geotextiles are chemically stable in a wide range of aggressive environments.
Cost Effective:
Mirafi ® N-Series geotextiles provide economical solutions to many civil engineering applications including a cost effective alternative to graded aggregate filters.
Products
Mirafi® 140NL
Mirafi® 135N, 140NL and 140NC are lighter weight versions of Mirafi® 140N . These products were developed to meet specific agency (DOT’s, MTO’s, etc.) requirements. These products can be used in areas where they meet the local agency requirements. If there are no prevailing agency specifications, it is recommended to follow AASHTO M288 for subsurface drainage applications.
Mirafi® 1160N
Mirafi® 1100N, 1120N and 1160N are heavy weight nonwoven geotextiles for more severe or extremely harsh conditions, such as rip-rap and revetment applications. Contact your local TenCate Geosynthetic representative for the proper use and specification of these products.
Mirafi® 1100N
Mirafi® 1100N, 1120N and 1160N are heavy weight nonwoven geotextiles for more severe or extremely harsh conditions, such as rip-rap and revetment applications. Contact your local TenCate Geosynthetic representative for the proper use and specification of these products.
Mirafi® 140NC
Mirafi® 135N, 140NL and 140NC are lighter weight versions of Mirafi® 140N . These products were developed to meet specific agency (DOT’s, MTO’s, etc.) requirements. These products can be used in areas where they meet the local agency requirements. If there are no prevailing agency specifications, it is recommended to follow AASHTO M288 for subsurface drainage applications.
Mirafi® 135N
Mirafi® 135N, 140NL and 140NC are lighter weight versions of Mirafi® 140N . These products were developed to meet specific agency (DOT’s, MTO’s, etc.) requirements. These products can be used in areas where they meet the local agency requirements. If there are no prevailing agency specifications, it is recommended to follow AASHTO M288 for subsurface drainage applications.
Mirafi® 1120N
Mirafi® 1100N, 1120N and 1160N are heavy weight nonwoven geotextiles for more severe or extremely harsh conditions, such as rip-rap and revetment applications. Contact your local TenCate Geosynthetic representative for the proper use and specification of these products.
Mirafi® 140N
Mirafi® 140N is a lightweight non woven geotextile that meets AASHTO M288 Class 3 geotextiles for separation and subsurface drainage.
Mirafi® 160N
Mirafi® 160N is a lightweight nonwoven geotextile that meet AASHTO M288 Class 2 geotextiles for separation and subsurface drainage. Class 2 is the default Class for M288 applications.
Mirafi® 180N
Mirafi® 180N is a moderate weight nonwoven geotextile that meets AASHTO M288 Class 1 geotextiles for separation and subsurface drainage.
Functions
Drainage
The equilibrium soil-to-geotextile system that allows for adequate movement of a liquid across the plane of the geotextile over the service lifetime of the application.
Filtration
The equilibrium soil-to-geotextile system that allows for adequate movement of a liquid across the plane of the geotextile with limited soil loss over the service lifetime of the application.
Separation
The placement of a flexible, porous geotextile between dissimilar materials so that the integrity and intended functions of both materials remain intact or are improved.