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Product by Category > Erosion Control > PYRAMAT® 75 Turf Reinforcement Mats


Use & Purposes

  • Immediate And Long Term Erosion Control

Highlights

  • 100% Synthetic, Ultraviolet(UV) Stabilised
  • Completely Non-Degradable

General Information

Pyramat® 75 High Performance Turf Reinforcement Mats (HPTRMs) are equipped to handle the most demanding erosion control applications. Patented Pyramat® 75 three-dimensional construction makes HPTRMs ten times stronger than traditional TRMs.

Pyramat® 75’s outstanding UV resistance makes it the preferred TRM in arid and semi-arid environments or other applications where soil reinforcement is needed but full vegetation is not expected.

Product Information

Uniquely designed for severe applications that require outstanding strength and superior vegetation growth Meets the definition of HPTRM as defined in the U.S. EPA Storm Water Fact Sheet, “Turf Reinforcement Mats”, and FHWA FP-03 Specifications, Section 713.18 Available in green or tan.

EC DESIGN® Web-based Erosion Control Modeling Application

EC DESIGN meets Hydraulic Engineering Circular No. 15 (HEC-No15) and Revised Universal Soil Loss Equation (RUSLE)

• A comprehensive erosion control modeling application tailored to help you provide engineered solutions to erosion control problems
• Provides in-depth modeling using HEC-15 analysis for channel protection, and RUSLE analysis for slope protection, while incorporating tested and proven erosion control solutions
• Expands the traditional erosion control modeling, design, and selection process by integrating non-hydraulic stresses, functional longevity, and performance in critical scenarios for consideration
• Easy-to-use data entry, analysis tools, and report generation
• Tabulated results with product recommendations and customized, personal technical support from the Propex Engineering Services team

To register: click here 



Case Study

Landlok® – Upgrade Mungabareena

Increasing flows due to development saw the need to widen the existing drain as heavy flows frequently breached the existing drain banks.

View More Case Studies



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