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WELCOME TO EARTHMATE
ENGINEERING WITH EARTHMATE GEOSYNTHETICS FOR A BRIGHT FUTURE TOGETHER
Earthmate® Geosynthetic has been established to provide dedicatedly the world class technical solutions in the geosynthetics applications from 2007. Earthmate Geosynthetic owns rich experiences and technical know-how in production of engineering textiles. Now we are producing a complete range of woven geotextiles, composited drainage geomats, geocomposites , geogrid and asphalt reinforcement composited grids based on High Modulus & High Strength Polymers. These geosynthetics are used widely in Reinforcement, Filtration, Drainage, Separation, Sealing, Protection and Erosion Control.
FLEXIBILITY
HIGH TENSILE STRENGTH
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COST SAVING
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WORLD CLASS ENGINEERING AND INDUSTRIAL SOLUTIONS
Asphaltrac® Fiberglass Composite Reinforcing Grid
Earthmate Asphaltrac® GFC Composited Grids are knitted E-Glass Fiber on the polypropylene ultra-light weight Nonwoven Geotextile. It is coated with modified bitumen to achieve perfect bonding between the Bi-axial reinforcement and the asphalt layer. The load concentration is reduced effectively and the reflective cracking will be retarded evidently. It is durable and cost-effective for the rehabilitation of asphalt pavement. The high tensile strength and flexibility ensures it’s installation-friendly on milled road surface. Also it will prolong service life of asphalt pavement which is under high stress. It conforms to EN 15381:2008 Standard and is generally used between asphalt layers, cement stabilized layer or on concrete surface directly.
EASYGRID® PP Tri-axial Composite Geogrid
EASYGRID® PP Composite Tri-axial Geogrid combines the superior performance of HEXAGRID® Tri-axial geogrid with the separation capabilities of a polyester continuous filaments nonwoven geotextile by laminating the two technologies together. EASYGRID® PP Composite Tri-axial Geogrid is widely used for aggregate stabilization and confinement, filtration, and separation, further optimizing structural thickness and saving both time and money stabilizing subgrades.
BASALFAB® High Strength (HP) Multifilaments Woven Geotextile
BASALFAB® High Performance Twill Multifilaments Woven Geotextiles are manufactured with high tensile strength and low elongation Polypropylene yarns, which are woven into a twill network with high water flow rate. It resists to ultraviolet resistance, rotting, biological degradation and it is chemically inert to any natural bases or acids. BASALFAB® High Performance Twill Multifilaments Woven Geotextiles are mostly used for Reinforcement, Stabilization, Separation and Filtration. This product could reduce maintenance costs and improve the performance of paved and unpaved surfaces. Panels can be sewn together in our plant to provide cross-roll direction strength to facilitate installation.
ENVIROMATE® Embossing Spikes Textured Geomembrane
ENVIROMATE® Embossing Spikes Textured Geomembrane has either single-sided or double-sided textured surface which is made of superb virgin HDPE or LLDPE resin which is for geomembrane in GRI GM13 or GM17 standard specifically with advanced manufacturing equipment and professional production technology. Earthmate is using flat die-cast extrusion process to emboss spikes thermally, which texturing patterns and asperity height allows for more reliable and predictable interface shear strength.
ENVIROMATE® Embossing Spikes Textured Geomembrane has a rough surface which can highly improve the friction coefficient which fits more suitable for steep slope and vertical engineering design work which maximize the effective volume of geomembrane, they are also processed with smooth edges to allow for high quality thermal fusion welding between adjacent sheets.
VIGORTEX® Staple Fibers Nonwoven Geotextiles
Earthmate VIGORTEX® Staple Fibers Nonwoven Geotextiles are made of 100% Polypropylene staple fibers, which are needle-punched to form into a random network for dimensional stability. Earthmate VIGORTEX® Staple Fiber Nonwoven Geotextiles resist ultraviolet deterioration, rotting, biological degradation, naturally encountered alkalis and acids. A high level of resistance to UV light is given to Earthmate VIGORTEX® Staple Fiber Nonwoven Geotextiles by the incorporation of ≥ 2% of weathering grade carbon black, well dispersed in the polymer matrix.
Earthmate VIGORTEX® Staple Fiber Nonwoven Geotextiles are widely used in many applications such as filtration, stabilization, subsurface drainage, separation and cushioning and available in various strengths and thicknesses to ensure appropriate material selection for your projects.
HEXAGRID® Tri-axial Geogrid
Earthmate HEXAGRID® PP Tri-axial Geogrid is hexagonal structure with triangular apertures mesh of polypropylene (PP) to provide a fundamentally different structure than other available geogrid, delivering high radial stiffness throughout the full 360 degrees. The three-dimensional stress distribution acts in a radial manner at all levels within the aggregate, and leverages excellent stabilization performance in various projects. Comparing to Bi-axial Geogrid, the Tri-axial Geogrid distributes radial stresses much better. Earthmate HEXAGRID® PP Tri-axial Geogrid is particularly suite for using on the weak subgrades, and used widely for soil stabilization and reinforcement applications such as base reinforcement, subgrade reinforcement, slop reinforcement and embankment stabilization.
EnviroMat® Composite Turf Reinforcement Geomat
EnviroMat® Composite Turf Reinforcement Geomat features 100% UV-stabilized, high denier PP or PA6 monofilament yarns, reinforced with a PP or Polyester Geogrid giving a high strength product with low elongation. EnviroMat® Composite Turf Reinforcement Geomat provides sufficient thickness, optimum open area, and three-dimensionality for effective erosion control and vegetation reinforcement against high flow induced shear forces. The mat has high tensile strength for excellent damage resistance and for increasing the bearing capacity of vegetated soils subject to heavy loads from maintenance equipment and other vehicular traffic. The material has very high interlock and reinforcement capacities with both soil and root systems, and is designed for erosion control applications on steep slopes and vegetated waterways.
WALLSTRAIN® HDPE Uni-axial Geogrid
Earthmate WALLSTRAIN® HDPE Uni-axial Geogrids are produced from high density polyethylene (HDPE) resins. The HDPE Uni-axial Geogrids are resistant to installation damage and long-term chemical or biological degradation in both dry and wet environments. It can load high tensile strains applied in one direction and its open aperture structure interlocks with fill material to transfer the loading strains from soil to geogrids. Their primary characteristic is excellent creep performance with low strain and high tensile strength under constant load.
TERRAWEB® Smooth/Textured Perforated Geocell
TERRAWEB® HDPE Smooth Textured Perforated Geocell is a light weight, flexible three-dimensional and expandable panels which are made from High Density Polyethylene (HDPE) strips. The High Density Polyethylene (HDPE) strips are ultrasonically bonded together to form an extremely strong configuration. It can be used for preventing horizontal movement of the filling materials and enhancing the material’s shear strength as well as bearing capacity significantly. The three-dimensional webs provide considerable weight distribution to support heavy stress without displacement. The Perforated webs also allow for vertical and lateral water drainage for effective drainage and groundwater recharge while avoiding erosion and surface runoff. Vegetation could grow through the Geocell structure rather than other environmentally-harmful possibilities such as pavement or cantilever wall.
EARTHMATE GEOSYNTHETICS ARE WIDELY APPLIED TO
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FILTRATION
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DRAINAGE
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SEPARATION
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PROTECTION
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BASE REINFORCEMENT
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SEALING
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EROSION CONTROL
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MSE WALL REINFORCEMENT
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WATERPROOFING
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TAILINGS & WASTE
NEWS & BLOG
Check out our news to see what we're up to
October 07,2026
Why Seams Are the Weakest Link in Geomembrane Installation—and How Temperature Swings Make It Worse?
Why Seams Are the Weakest Link in Geomembrane Installation—and How Temperature Swings Make It Worse?
READ MORE
September 30,2026
Why Root Protection MattersTree roots are the foundation of a tree’s health, but they are surprisingly vulne...
Why Root Protection MattersTree roots are the foundation of a tree’s health, but they are surprisingly vulne...
READ MORE
September 24,2026
Understanding the Risks of Geomembrane Installation: A Professional OverviewGeomembranes are essential barriers in la...
Understanding the Risks of Geomembrane Installation: A Professional OverviewGeomembranes are essential barriers in la...
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- ABOUT US
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Earthmate® is a leader in the geosynthetics industry for providing innovative and cost-effective solutions to support the unique challenges of civil engineering, environmental and geotechnical projects across a variety of sectors including: road construction, water and waste management, mining, oil & gas, retaining wall, containment and agriculture.
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