Home
Products
About Erosion Control
Links
Contact Us
Feedback

Natural Earth Poly-Stable Plus
Natural Soil Binding Agent

 

Test Site With Polymer                                 Test Site Without Polymer

Natural Earth Poly-Stable Plus is a revolutionary new polymer erosion control product. Polymers significantly increase the soil binding capacity of highly erosive soils. This binding effect has proven very effective in reducing soil erosion.

Polymer is manufactured for direct soil surface applications as an interim site stabilization best management practice (BMP) until a vegetative cover is established. Further benefits have been realized by increased infiltration leading to less runoff leaving the construction site.

Key Benefits

Highly cost effective – 80% as effective as erosion mat at 10% of the cost.
Tremendous late season benefits when applied after seed will no longer germinate. Applied with dormant seed, mulch and tackifier, slopes stay stable over winter and until spring seed germination without the need for erosion mat.
Applications where Natural Earth Poly-Stable Plus is effective:
Temporary stabilizing of construction sites and stockpiles
To help dry construction sites and reduce down time
Sites with inadequate vegetative cover
Agricultural areas
Sediment control planning

Natural Earth Poly-Stable Plus is shipped in dry powder form can be applied dry with a broadcast spreader or wet with a hydroseeder.  When applied dry, lime may be mixed in for a more uniform distribution of polymer or for added performance in acidic soils.  Recommended application rate is 20 lbs/acre.

General Recommendations

Adding seed and mulch to Natural Earth Poly-Stable Plus applications provides additional erosion protection.
Mulch should be used to protect seed from wind and sun.
Be careful to avoid spills as polymer can become slippery when wet.
Neither enhances or inhibits seed germination (no effect on seed from polymer).

PDF Brochure

Send mail to sales@earthandroad.com with questions or comments about this web site.
Copyright © 2007 Earth and Road Corporation