Diamond Sock | Compost Filter Sock
Kengro
BioSorb Sock is a flexible absorbent barrier designed to contain and absorb hydrocarbon spills while preventing fluid migration. Its elongated design allows it to be placed around equipment, along edges, or across pathways to control and direct liquid flow.
Constructed with durable mesh netting and filled with engineered compost media, the sock effectively captures sediment, debris, and pollutants while promoting water infiltration. Its flexible design allows it to conform to uneven terrain, ensuring consistent ground contact and improved filtration performance.
Designed for rapid deployment and long-term effectiveness, the Diamond Sock installs quickly with minimal site disturbance and requires less maintenance than conventional sediment control methods. Its compost-based fill also supports vegetation growth, improving site stabilization over time.
Typical Applications:
Stormwater management, construction site perimeter control, slope interruption, ditch checks, inlet protection, and erosion control zones
Key Features
- Compost filter sock for sediment and stormwater control
- Engineered compost media for enhanced filtration
- Durable mesh netting for structural integrity
- Allows water flow while capturing sediment and debris
- Flexible design conforms to uneven terrain
- Reduces need for trenching compared to silt fence
- Quick installation with minimal site disruption
- Supports vegetation growth and site stabilization
- Available in multiple diameters and lengths
- Effective for perimeter control and slope applications
- Reusable or biodegradable options available
- Complies with erosion and sediment control standards
PERFORMANCE ADVANTAGES
Why the Diamond Sock Performs Where It Counts
SUPERIOR SEDIMENT FILTRATION
Engineered compost media captures fine sediment and debris more effectively than traditional silt fence or straw wattles. This improves water quality and reduces downstream contamination in stormwater systems.
IMPROVED WATER INFILTRATION
Allows stormwater to pass through while slowing flow velocity, reducing runoff and promoting natural infiltration. This helps minimize erosion and supports better site drainage performance.
FAST INSTALLATION AND REDUCED LABOR
Eliminates the need for trenching and extensive anchoring, allowing for rapid deployment. Reduces installation time, labor costs, and overall project complexity.
ENHANCED SITE STABILIZATION
Supports vegetation growth by retaining moisture and organic material, improving long-term erosion control. Helps transition from temporary control to permanent stabilization more effectively.