Geotextiles for Effective Soil Separation
If you are planning a drainage system or designing an erosion control plan, call on family and locally owned Stephens Seed and Supply Inc and its geotextiles in Nashville, TN to provide outstanding stabilization and support to soil and slopes.
Choosing the most appropriate and site-specific geotextile fabric is essential. To decide which geotextile is right for your project, contact us today for more information and a free estimate.
An Array of Geotextile Applications
- Robust and strong woven geotextiles improve support for both erosion control and aggregate separation
- Non-woven geotextile materials are most commonly used for separation and filtration
- Paving fabrics help extend the lifespan of a parking lot or roadway pavements and improve the waterproofing function of the overlay, and also reduce the severity and extent of reflective cracking
- Erosion control blankets and turf reinforcement mats reduce erosion and promote growth of vegetation on bare soil surfaces
Extensive Range of Woven and Non-Woven Geotextiles
- Non-woven geotextiles
- Woven stabilization fabric
- Sand bags
- Burlap and jute mesh
- Poly and burlap
- Geogrids
- Turbidity barriers
- Supply sediment/filter bags
- Orange barrier fence, woven
- Orange safety fence, plastic
Geogrids for Outstanding Soil Stabilization
Geogrids are used in soft soil stabilization applications to help facilitate the more efficient and predictable stabilization of poor soils for future construction projects. Stephens Seed and Supply Inc utilizes BXGRID geogrids for superior solutions to deep undercutting or chemical stabilization to greatly reduce the overall cost of construction.
When constructing roadways over a relatively firm sub-grade, these geogrids provide a predictable and reliable level of performance to enhance pavement life. They also reduce required aggregate or pavement thickness. Contact us for a free on-site evaluation of your soil reinforcement needs.
Geogrids to Solve the Toughest Construction Challenges
- Optimize your construction dollars
- Reduces fill or aggregate thickness
- Reduces hauling, equipment hours and emissions
- Reduces construction time compared to chemicals stabilization
- Require no specialized equipment or crews
- Are not sensitive to weather conditions or soil chemistry
- Require no cure time and provides permanent stabilization base reinforcement
- Confine and restrain aggregate from lateral movement