North American Green

Extended-Term %26 Long-Term Photodegradable Erosion Control Blankets

Extended-Term and Long-Term Photodegradable Erosion Control Blankets

Our extended-term and long-term photodegradable erosion control blankets utilize a double-netting structure and a long-lasting, coconut-fiber component to provide erosion protection and assist vegetation establishment for up to 24 to 36 months, depending on the product.

These blankets are designed for immediate- to long-term erosion protection and vegetation establishment on steep slopes, medium- to high-flow channels, and shorelines. After the blankets degrade, soil erosion is controlled by the mature vegetation’s root, stem, and leaf structures.

Double-Net, Straw-Coconut Blanket

SC150® is constructed with a layer of 70% straw and 30% coconut fiber stitched with degradable thread between a heavyweight UV stabilized polypropylene top net and a lightweight photodegradable polypropylene bottom net. The addition of coconut fiber and a UV stabilized top net increases the SC150’s durability, erosion control capabilities, and longevity for use on steeper slopes, medium-flow channels, and other areas where vegetation will take up to 24 months to grow.

Top Net
Heavyweight, UV stabilized polypropylene
3.0 lbs/1,000 ft2
(1.47 kg/100 m2) approx. wt.

Straw/Coconut Matrix
70% straw at
0.35 lbs/yd2
(0.19 kg/m2)
30% coconut at
0.15 lbs/yd2
(0.08 kg/m2)

Bottom Net
Lightweight, photodegradable polypropylene
1.50 lbs/1,000 ft2
(0.73 kg/100 m2) approx. wt.

Stitching
Degradable thread


Double-Net, Coconut Blanket

C125® is constructed of 100% coconut fiber stitched with UV stabilized polypropylene thread between heavyweight UV stabilized polypropylene top and bottom nets. The 100% coconut fiber and UV stabilized nets provide the highest level of durability, erosion control, and longevity for protection of severe slopes, steep embankments, high-flow channels, and other areas where vegetation will take up to 36 months to grow.

Top Net
Heavyweight, UV stabilized polypropylene
3.0 lbs/1,000 ft2
(1.47 kg/100 m2) approx. wt.

Coconut Fiber
0.50 lbs/yd2
(0.27 kg/m2)

Bottom Net
Heavyweight, UV stabilized polypropylene
3.0 lbs/1,000 ft2
(1.47 kg/100 m2) approx. wt.

Stitching
UV stable polypropylene thread

Product Longevity Typical Applications Permissable Sheer Stress1 Bare Soil Max. Flow Velocity2 FHWA FP-03 Category ECTC Category Typical Projects
SC150 24 Months 2:1-1:1 Slopes Medium-Flow Channels 2.00 (96) 8.00 (2.44) Type 3.B Type 3.B Steeper Slopes, Landfills, Moderate Drainage Swales
C125 36 Months 1:1 & Greater Slopes High-Flow Channels Stream Banks 2.25 (108) 10.0 (3.05) Type 4 Type 4 Landfill Caps, Drainage Ditches, Stream Bank Restoration, Steep Slopes

1 lbs/ft2 (Pascal)     2 ft/s (m/s)

 

 

All resource files are in PDF format unless otherwise noted. To download Adobe Acrobat Reader, click here.

S75BN Resources

Photos

Channel Unvegetated (jpg)
Channel Vegetated (jpg)
Ground Covers Unvegetated (jpg)
Ground Covers Vegetated (jpg)
Slope Unvegetated (jpg)
Slope Vegetated (jpg)

Specification Sheets

Specification Sheet
Specification Sheet

Case Studies

Protecting the Structures that Protect Ichinoseki, November 1998
Mine Reclamation: Flexible Channel Liner
Ski Bluewood
North American Green Blankets... Golf Course Erosion Control
Keeping Soil on Course: Golf Courses Reduce Pollution and Cost Using North American Green

S150BN Resources

Photos

Channel Unvegetated (jpg)
Channel Vegetated (jpg)
Roadside Slope Unvegetated (jpg)
Roadside Slope Vegetated (jpg)

Specification Sheets

Specification Sheet

Case Studies

Sand Dune Stabilization and Beach Erosion Control
Mine Reclamation: Flexible Channel Liner
C125 BioNet Blankets & Bioengineering Techniques Restore River Banks in Nashville, Tennessee

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