Turf Reinforcement Mats (TRMs) represent a significant advancement in erosion control and land stabilization technologies, offering a robust solution for reinforcing vegetation in areas prone to erosion and heavy water flow. Unlike standard erosion control products that primarily focus on temporary protection, TRMs are designed for long-term, permanent vegetation reinforcement. They are engineered to provide a high-strength matrix that supports root growth and enhances the mechanical strength of the vegetation, making them an ideal choice for protecting embankments, riverbanks, steep slopes, and areas experiencing high-velocity water flow.
TRMs serve a dual purpose: they prevent soil erosion and promote sustainable vegetation. Their structure allows for the establishment and growth of grass or other vegetation through the mat, while providing sufficient protection against the shear stress of flowing water and the erosive forces of wind and rain. The result is a vegetated, reinforced surface that is far more resistant to erosion than bare soil or even ordinary vegetated areas.
PS42 w/ Green Poly (67% GREEN Poly / 33% Straw)
PC42 w/ Green Poly (67% GREEN Poly / 33% Coconut)
P42 Green (100% GREEN Poly)
8′ Standard Roll (75 square yards per roll)
16′ Standard Roll (150 square yards per roll)
* Functional longevity is approximate and dependent on environmental extremes and site spec.
Turf Reinforcement Mats are made from a variety of materials, including synthetic fibers, natural fibers, or a combination of both, woven into a three-dimensional structure. There are several types of TRMs, categorized based on their material composition and longevity:
The installation of TRMs is a critical process that requires proper soil preparation, seeding, and secure anchoring of the mats to the soil. TRMs are commonly used in:
The use of TRMs offers a range of environmental and practical benefits:
Turf Reinforcement Mats are an essential tool in modern erosion control and land management practices. By integrating TRMs into erosion control projects, engineers and environmental managers can achieve effective, durable, and environmentally friendly solutions that support vegetation, protect soil, and manage water flow in vulnerable areas.