• By Published On: April 26, 2024

    TerraTex® DriBase™ TerraTex® DriBase™ can reduce or help maintain the moisture content of subgrades and base courses, which improves modulus and overall pavement performance. TerraTex® DriBase™ mitigates frost heave damage to pavements in frost-susceptible soils/regions. TerraTex® DriBase™ helps control water in roadways. TerraTex® DriBase™ is a high-performance warp-knitted geotextile engineered to provide separation, stabilization, and moisture management [...]

  • By Published On: April 25, 2024

    TerraTex® DriBase™ TerraTex® DriBase™ can reduce or help maintain the moisture content of subgrades and base courses, which improves modulus and overall pavement performance. TerraTex® DriBase™ mitigates frost heave damage to pavements in frost-susceptible soils/regions. TerraTex® DriBase™ helps control water in roadways. TerraTex® DriBase™ is a high-performance warp-knitted geotextile engineered to provide separation, stabilization, and [...]

  • By Published On: August 21, 2023

    TGC3030 (30 kN/m) – Ultimate tensile of strength TGC4040 (40 kN/m) - Ultimate tensile of strength PRODUCT SELECTION LIGHT/MEDIUM DUTY/ UNPAVED applications (roads, parking lots, temporary or permanent earthworks) HEAVY DUTY / PAVED (roads, parking lots, laydown areas, or terrible subgrade conditions: water + rutting) TERRAFIXDESIGN PRODUCT SELECTION LIGHT/MEDIUM DUTY / UNPAVED STRUCTURES: TGC3030 Provides [...]

  • By Published On: August 1, 2023

    Costly delays and strained budgets don't have to be the norm. Speed construction and save up to 70% in aggregate section reduction. Most advanced geosynthetic made for trafficked surfaces and foundations Ideal for subgrade stabilization, pavements, and working platforms Optimized geometry for maximum confinement of granular fill, creating the most efficient stabilized layer Advanced material [...]

  • By Published On: March 28, 2021

    We manufacturer over sixty different types of GCLs since our plant inception in 1992.  Need a specific GCL for your specific project?  Please call or email us. Bentofix® Thermal Lock Geosynthetic Clay Liners (GCLs) are needle-punched reinforced composites which combine two durable geotextile outer layers with a uniform core of natural sodium bentonite clay to [...]

  • By Published On: March 28, 2021

    Asphalt is an almost ideal material for road construction, but reflective cracking in new asphalt layers is becoming an increasing problem. This type of cracking is mainly the result of thermally- or traffic-induced fatigue of the asphalt. Reflective cracks can form in asphalt laid over concrete carriageways through the horizontal movements of individual concrete slabs [...]

  • By Published On: March 28, 2021

    Combigrid® geogrids are the next generation of geogrids produced with state of the art manufacturing technology, unlike any other geogrid on the marketplace today. The reinforcement element is a highly oriented polypropylene or polyester bar that is uniformly extruded and drawn to achieve a high modulus and strength at low elongations. A three dimensional fibre [...]

  • By Published On: March 28, 2021

    terrafix® Biaxial Geogrids provide a simple, cost effective solution for soil reinforcement. Improve roadways, highways and other heavily trafficked areas with terrafix® Biaxial Geogrids. Even when conditions are less than perfect, including: weak subgrades, contaminated soils, heavy loads, high granular costs and shallow-buried utilities, an engineered solution is possible. terrafix® Biaxial Geogrids provide structural reinforcement [...]

  • By Published On: March 28, 2021

    Terraweb® is a light-weight, flexible, polyethylene confinement system consisting of three-dimensional cells in a honeycomb-like structure. Terraweb® creates an economical erosion barrier or structural foundation. Applications include: Ground stabilization for temporary/ permanent roads Terraweb® is effective in distributing applied loads over a large surface. It significantly reduces pressure applied to the subgrade by loads exerted [...]