Silt fence wire mesh is made of stainless steel wire which has high strength and integrity. The two most common types are chain link wire mesh (diamond wire mesh) and welded ones which are long lasting and can be applied with silt fence fabric in different types and dimensions. In accordance with ASTMD6637 Test Method for Determining Tensile Properties ofGeogrids by the Single or Multi-Rib Tensile Method, wire support fence shall be 14 gauge steel wire and a maximum opening size of 6 by 6 in. [150 by 150 mm].
Providing strong, durable and flexible construction, chain link or welded wire mesh used for temporary silt fence can work with posts and fabric to trap the flowing sediment without creating a serious downstream flooding problem.
Model | Opening size (mm) | Styles | Roll size (mm) (height × length) |
SFWMS-01 | 25 × 25 | Chain link | 30"×50' |
SFWMS-02 | 25 × 50 | Welded | 36" × 80' |
SFWMS-03 | 50 × 50 | Chain link | 36" × 100' |
SFWMS-04 | 80 × 80 | Chain link | 40" × 100' |
SFWMS-05 | 50 × 100 | Welded | 36" × 50' |
SFWMS-06 | 75 × 100 | Welded | 48" × 50' |
SFWMS-07 | 100 × 100 | Chain link/welded | 36" × 100' |
SFWMS-08 | 65 × 130 | Welded | 48" × 100' |
SFWMS-09 | 130 × 130 | Chain link | 48" × 80' |
SFWMS-10 | 75 × 150 | Welded | 60" × 200' |
SFWMS-11 | 150 × 150 | Chain link/welded | 60" × 200' |
Notice: Other sizes and colors can be customized upon your needs. |
Features
Silt fence wire mesh can support fabric and work with steel posts efficiently to provide a integral sediment control system for users.
Silt fence wire meshes, both chain link and welded ones, are corrosion-resistant and anti-rust.
Being high-strength and durable, silt fence wire mesh has a long service life.
Silt fence wire mesh can adapt to multifarious environment, weather and outdoor conditions.
Silt fence wire mesh has smooth and bright appearance.
Application
Assembled with silt fence fabric, steel posts and other accessories (hog rings, fencing pliers, zip tie, safety cap, sod staple and so forth), silt fence wire mesh can be applied on the construction sites, along channels, at the head of slopes, nearby gullies, etc. to redirect and impound surface runoff effectively and, thereby, provide effective sediment control.