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Product by Category > Erosion Control > LANDLOK® 450 Turf Reinforcement Mats


Use & Purposes

  • Immediate And Long Term Erosion Control

Highlights

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

General Information

Steep slopes where both immediate and long-term erosion control is needed. Using our patented X3® fiber technology, a Landlok® turf reinforcement mat traps more seed, soil and water in place than traditional hard armor products, yielding faster and fuller vegetation. X3 also provides reinforced vegetation with twice the erosion protection of other TRMs and erosion control blankets.

Landlok® TRMs are available in 1st or 2nd generation material construction. Our 1st generation TRMs are constructed of a dense web of polypropylene fibers positioned between two biaxially oriented nets. 2nd generation TRMs feature a 3-dimensional woven material construction which allows increased design life over 1st generation netted, fused, glued or stitch-bonded TRMs. All of our TRMs are made of 100% synthetic, ultraviolet (UV)-stabilized components and are completely non-degradable.

Product Information

First generation TRM. Uniquely designed for moderate-flow channels and steep slopes.

Synthetic construction for long-term ground cover and erosion protection. The industry standard in TRMs. 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

Pyramat® – Albury

Due to continued development upstream, the potential for flooding was greatly increased by reduced opportunity for natural groundwater recharge by natural channels. The City of Albury were concerned this flood protection bank would fail and erode away during a significant storm event.

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Latest Posts

September 21st, 2020

Webinar Q & A Transcript Part 1: Designing Composite Liners on Slopes : GCL

Q: In order to avoid water condensation in the GCL, can we open holes in the upslope for the gases to escape?? A: This is not effective nor practical. The evaporated moisture is encapsulated under...

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August 21st, 2020

September Webinar: Designing Composite Liners on Slopes Part 1: GCL 

Don't miss your chance to hear Prof. Kerry Rowe talk about his latest unpublished research findings at our webinar on Designing Composite Liners on Slopes Part 1: GCL EVENT INFO: 2 SEPTEMBER...

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July 27th, 2020

August Webinar: Part 2 Reinforced Rail Tracks- Review of Design Guidelines and Procedures

WHEN:              13th AUGUST 2020 TIME:                 3.00PM AEST DURATION:      1HR DESCRIPTION Following on from our first successful webinar on Geogrid Reinforced...

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June 25th, 2020

July Webinar: The Effect of External Parameters and GCL Structure on GCL Hyrdration

When:          Wednesday 22 July Time:            3.00pm AEST Duration:     1 hr DESCRIPTION:  The performance of a GCL as a single liner or as part of a Composite Liner depends...

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