2 Ft. H X 100 Ft. L Polypropylene Silt Fencing Black Roll

Introducing the Hanes 2 ft. H X 100 ft. L Polypropylene Silt Fencing in Black, now available at Fentress County Farm & Home in Clarkrange,, TN. This high-quality silt fencing is an essential tool for anyone looking to manage soil erosion and sediment control effectively. Crafted from durable polypropylene, this fencing solution is designed to withstand the elements while providing reliable performance for your landscaping and construction projects.

• Height and Length: With a height of 2 feet and a generous length of 100 feet, this fencing is ideal for a variety of applications, from protecting your garden to managing construction sites.


• Material: Made from UV stabilized polypropylene, this silt fencing is built to last, ensuring that it remains effective even under harsh weather conditions.


• Color: The sleek black color not only blends well with outdoor environments but also adds a professional touch to your projects.


• Packaging Type: Conveniently packaged in a roll, this fencing is easy to transport and install, making it a practical choice for both professionals and DIY enthusiasts.

Imagine using the Hanes Polypropylene Silt Fencing to create a barrier that effectively controls sediment runoff during heavy rains, protecting your landscaping investments. Whether you're a contractor working on a large construction site in Clarkrange, or a homeowner looking to maintain the integrity of your garden, this fencing is versatile enough to meet your needs. It can also be used for temporary fencing solutions during outdoor events or to delineate areas in your yard.



In conclusion, the Hanes 2 ft. H X 100 ft. L Polypropylene Silt Fencing in Black is more than just a fencing product; it's a vital component for effective erosion control and site management. Don't compromise on quality when it comes to protecting your outdoor spaces. Get yours today at Fentress County Farm & Home in Clarkrange,, TN, and ensure your projects are safeguarded against soil erosion and sediment displacement.