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Silt Fence

Silt Fence

Erosion Fence

$213.44


FREE SHIPPING
SKU MM-SILTFENCE24

Our Erosion Fence is a vital component for job site erosion control, designed to stop sediment from entering local waterways and escaping the jobsite boundary. Constructed from robust woven polypropylene yarns, it helps safeguard streams and storm sewers from sediment runoff. This product ships with eleven 36" oak stakes for secure and stable installation.

Fence Height: 24"
Fence Length: 100'

Silt Fence Specifications:  Download Spec Sheet

SHIPPING

✔  All items ship for free

☏  Call: (800) 604-5537 for pricing and shipping questions.

Shipping estimates shown on the map pertain to this specific product only. Silt fence orders typically ship in 2 business days if the order is placed before 12:00 noon CST. Transit times displayed in the map are listed in business days, and are approximate. The day that the order is shipped is not counted as a transit day.

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Steel T-Post
Steel T-Post

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Erosion Fences: A Comprehensive Guide to Erosion Control

Erosion is a natural process where soil and rock are worn away by wind, water, and other environmental forces. While it is a part of the Earth's natural cycle, human activities like construction and deforestation can accelerate erosion, leading to severe consequences such as loss of fertile land, water pollution, and increased flooding. One effective method to combat erosion, particularly in areas undergoing development, is the use of erosion fences. This guide will delve into the purpose, types, installation, and benefits of erosion fences, providing practical examples to help you understand their importance and application.

Understanding Erosion Fences

What are Erosion Fences?
Erosion fences, also known as silt fences, are temporary barriers constructed to intercept and slow down the flow of surface water, trapping sediment and preventing soil erosion. They are typically made from permeable fabric stretched between wooden or metal stakes, placed in a trench dug into the ground.

Purpose of Erosion Fences
The primary purpose of erosion fences is to control sedimentation and prevent soil erosion during construction projects. By slowing down water runoff, these fences allow sediment to settle out of the water before it leaves the construction site, thus protecting nearby water bodies and ecosystems from sediment pollution.

Types of Erosion Fences
Erosion fences come in various types, each suited for specific situations. Here are the most common ones:

Silt Fences on Hillside

Hillside with Silt Fences

Standard Silt Fences
These are the most basic type of erosion fence, consisting of a synthetic filter fabric supported by wooden or metal posts. They are suitable for areas with gentle slopes and low to moderate water flow.

Reinforced Silt Fences
Reinforced silt fences are similar to standard silt fences but include additional support, such as wire mesh, to enhance their strength and durability. They are ideal for areas with steeper slopes or higher water flow.

Super Silt Fences
Super silt fences are heavy-duty erosion control barriers, combining a geotextile fabric with chain-link fencing for added stability. They are used in areas with significant erosion risks, such as large construction sites or regions prone to heavy rainfall.

Installing Erosion Fences

Proper installation of erosion fences is crucial to their effectiveness. Here’s a step-by-step guide to installing a standard silt fence:

Step 1: Planning
• Assess the Site: Identify areas prone to erosion and plan the placement of the fence to intercept water flow.
• Materials: Gather necessary materials, including filter fabric, stakes, and tools for digging.

Step 2: Site Preparation
• Clear the Area: Remove any debris or vegetation along the fence line.
• Dig a Trench: Dig a trench at least 6 inches deep and 6 inches wide along the planned fence line. This trench will anchor the bottom of the fabric.

Step 3: Installing the Fence
• Place the Stakes: Drive stakes into the ground along the trench, spacing them about 6 feet apart.
• Attach the Fabric: Unroll the filter fabric and attach it to the stakes, ensuring the bottom of the fabric extends into the trench.
• Backfill the Trench: Cover the bottom of the fabric with soil to anchor it securely.

Step 4: Maintenance
• Regular Inspections: Inspect the fence regularly for damage or excessive sediment buildup.
• Repairs: Promptly repair any tears or dislodged fabric to maintain the fence's effectiveness.
• Sediment Removal: Remove accumulated sediment to prevent the fence from becoming overwhelmed.

Benefits of Erosion Fences

Erosion fences offer numerous benefits, making them an essential tool in construction and land development projects. Here are some key advantages:

Environmental Protection

By trapping sediment and preventing it from entering water bodies, erosion fences help protect aquatic ecosystems and maintain water quality. This is crucial for preserving local wildlife and preventing issues such as algal blooms and fish kills.

Silt Fence Fabric

Silt Fence at Jobsite

Regulatory Compliance

Many jurisdictions have regulations requiring erosion control measures on construction sites. Installing erosion fences helps ensure compliance with these regulations, avoiding potential fines and project delays.

Cost-Effectiveness

Erosion fences are relatively inexpensive to install and maintain compared to other erosion control methods. Their cost-effectiveness makes them a popular choice for small and large projects alike.

Prevention of Property Damage

By controlling erosion and sedimentation, erosion fences help prevent damage to adjacent properties. This is particularly important in urban areas where construction can impact neighboring homes and businesses.

Erosion Control Along Road

Roadway with Erosion Control

Practical Examples of Erosion Fence Use

Residential Construction
In residential construction, erosion fences are commonly used to protect nearby homes and yards from sediment runoff. For instance, during the construction of a new house on a sloped lot, erosion fences can be installed along the perimeter to prevent soil from washing onto neighboring properties.

Road Construction
Road construction projects often involve significant earth-moving activities, making them susceptible to erosion. Erosion fences are used to control sediment runoff, protecting nearby water bodies and preventing sediment from clogging stormwater systems.

Agricultural Applications
Farmers and land managers use erosion fences to protect fields and watercourses from erosion, especially during heavy rainfalls. These fences can be placed along the edges of fields or in areas where water naturally flows, reducing soil loss and maintaining soil fertility.

Conclusion

Erosion fences are a vital tool in the fight against soil erosion and sediment pollution. Their simplicity, effectiveness, and cost-efficiency make them a popular choice for various applications, from small residential projects to large-scale construction sites. By understanding the types, installation methods, and benefits of erosion fences, you can make informed decisions to protect your land and the environment.