EROSION CONTROL
FILTER SOCK

For suppliers and contractors.

PREMIUM QUALITY,
FULLY CUSTOMIZABLE
FILTER SOCK FABRIC

etube® filter socks are a tubular shaped polypropylene geotextile sock filled with clean recycled hardwood mulch. With its 3D design, this control will filter sheet flow runoff of suspended solids, nutrients, hydrocarbons, and a host of other contaminants. All our products are woven and filled in the U.S.A.

Because we have the ability to weave our own fabrics, we can make a variety of colors as well as add stripes to solid black socks. We can also make custom diameter sizes of filter sock to meet your specific job specifications. When it comes to pre-filled tubes, we offer our standard continuous length in addition to custom length tubes that work for your specific needs.

PRODUCTS

 
 

 See etube in action.

 
etube erosion control filter sock installed on project.
etube erosion control filter sock installed on project.
etube erosion control filter sock installed on project.
etube erosion control filter sock installed on project.
etube erosion control filter sock installed on project.
etube erosion control filter sock installed on project to protect an inlet.
etube erosion control filter sock installed on project to protect an inlet.
etube erosion control filter sock installed on project to protect an inlet.
etube erosion control filter sock installed on project to protect an inlet.
Custom yellow color etube filter sock installed along the perimeter of a project.
Custom yellow color etube filter sock installed along the perimeter of a project.
etube filter sock installed as a ditch check on a project.
etube filter sock installed as a ditch check on a project.
etube filter sock installed as a ditch check on a project used to pond runoff as sediment is filtered out.
etube filter socks installed as ditch checks on a project.
etube filter sock installed along the perimeter of a block retaining wall to prevent gravel from becoming filled with sediment.
etube erosion control filter sock installed on project to protect an inlet.
etube filter sock installed along the back of a curb to prevent sediment from washing out onto the pavement.
etube filter sock installed along the back of a curb to prevent sediment from washing out onto the pavement.
etube erosion control filter sock installed on project behind the curb.
etube erosion control filter sock installed on project behind the curb.
etube erosion control filter sock installed on project below a stockpile to prevent sediment runoff.
etube erosion control filter sock installed along the perimeter of a project to prevent sediment runoff.
etube erosion control filter sock installed on around an intake to filter any runoff entering the storm sewer system.
etube erosion control filter sock installed along a driveway and laterally across slopes to slow runoff and capture sediment.
etube erosion control filter sock installed along a driveway to capture sediment.
etube erosion control filter sock installed along a driveway to slow runoff from the street onto the newly seeded area.
etube erosion control filter sock installed along a river bank to capture any sediment that might reach the waterway.
etube erosion control filter sock installed above a newly seeded ditch to prevent rill erosion and capture any sediment/contaminants from the adjacent construction projects.
etube erosion control filter sock installed above rolled erosion control product to prevent undercutting and slow any runoff.
etube erosion control filter sock installed around a curb intake to prevent any sediment or contaminants from entering the storm sewer system.
etube erosion control filter sock installed along the perimeter of a low lying area to slow runoff in order to prevent erosion and sedimentation of the area.
etube erosion control filter sock installed along the perimeter of new home construction to protect adjacent established vegetated areas.
etube erosion control filter sock being installed.
etube erosion control filter sock being installed as a continuous piece.
Workers cutting etube filter sock erosion control product to length on site.
etube erosion control filter sock installed along a new home construction site to slow runoff onto the site and protect the adjacent site from sedimentation over vegetated areas.
etube erosion control filter sock installed along a new home construction site to slow runoff onto the site and protect the adjacent site from sedimentation over vegetated areas.
etube erosion control filter sock installed around a stockpile to contain any sediment on site.
etube erosion control filter sock installed to protect an unestablished waterway.
etube erosion control filter sock being installed from the back of a UTV by two workers.
etube erosion control filter sock installed around a field intake to protect it from capturing any sediment or contaminants from field runoff.
etube erosion control filter sock being carried by two people for placement around a farm field intake.
etube erosion control filter sock installed along a project to slow runoff and capture sediment and contaminants before entering the adjacent waterway.
etube erosion control filter sock installed along a boat ramp to capture any sediment from the adjacent construction.

PROVEN EFFECTIVE

 

With testing done on our fabrics by the University of Colorado State and miles of filled etube applied in the Midwest, you can count on our materials to stand up and deliver on critical drainage areas and to filter storm-water runoff. When you’re needing a BMP for your SWPPP program, etube will help you get the job done faster, more economically, and have more flexibility at your job site than any other erosion control product on the market.

Our filter sock products will last longer and outperform silt fence and will not have to be removed because it decomposes by nature. Other products subject the fence installer to added expenses by requiring them to return and remove fence material and posts upon completion of the project. Use etube to save time and money.