Earthmate Vigortex® Vigortex® Asphalt Reinforcement Glass Fiber Composite Grid are high strength glass filament knitted on Nonwoven Geotextiles. The alkali resistant glass filament grids are knitted on the PP Polyester Nonwoven Geotextile to be square meshes. Earthmate Vigortex® Asphalt Reinforcement Glass Fiber Composite Grid GFC were introduced for Long Lasting asphalt roads construction, rehabilitation of cracked roads etc., It conforms to EN 15381:2008 Standard and is generally used between asphalt layers, cement stabilized layer or on concrete surface directly.

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.

Earthmate BASALFAB® PP Slit Tapes Woven Geotextiles are manufactured with high tensile strength and low elongation Polypropylene Slit Tapes. It resists ultraviolet resistance, rotting, biological degradation and it is chemically inert to any natural bases or acids. Earthmate BASALFAB® PP Slit Tapes Woven Geotextile is mostly used for separation and stabilization applications, such as parking lots, driveways, construction site entrances or under foundations and building pads. This product could reduce maintenance costs and improve the performance of paved and unpaved surfaces. We provide double, triple, and up to 5-wide roll sewing and can sew custom sizes and shapes from geotextile materials.

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.

Earthmate BASEGRID® PP Composited Bi-axial Geogrids are square meshes of polypropylene (PP) and bonded with a High tensile Polyester Continuous Filament Non-woven Geotextile. Earthmate BASEGRID® PP Composited Bi-axial Geogrids are widely used for soil stabilization and reinforcement applications such as Base reinforcement, Subgrade reinforcement, Slop reinforcement and Embankment stabilization.

Earthmate POLYDRAIN™ HDPE Composited Drainage Geonet is a composited drainage which consists of Bi-Planar or Tri-Planar Geonets made from HDPE resin with continuous filament Polyester nonwoven geotextile heat bonded on one side or both sides of Geonets. The combination of Nonwoven geotextiles and geonet offers an excellent system of “Filter-Drainage-Protection”. Earthmate POLYDRAIN™ HDPE Composited Drainage Geonet is installed behind waterproofed retaining walls as an effective drainage system extending to the entire construction surface, capable of uniformly and continually collecting infiltrating water. It also will provide you with practical solutions for a wide variety of groundwater and gas related problems in Landfill and Waste Management.

Earthmate EnviroMat® PA6 3D Erosion Control Geomat is monofilament produced with high quality polyamide (PA6), and composited with or without geogrid or wire mesh reinforcement. It has open structure to achieve extremely high voids content, and reinforces the upper 1 to 2 cm of the soil to prevent surface erosion on slopes and offer permanent support to topsoil and vegetation. It is designed to help nature develop strong vegetation for permanent erosion protection of slopes, rivers, banks, ditches, channels, spillways, landfills, shorelines and other vulnerable erosion-prone areas. The tough filament core structure which has >95% open voids that allows soil to be contained within the mat effectively preventing it from being eroded away by rain or wind.

Earthmate WALLSTRAIN® High Modulus Polyester Uni-axial Geogrids are produced with high molecular weight, high tenacity, polyester yarns using a precision knitting process. These geogrids are dimensionally stable and through a uniform network of ribs and apertures provide tensile reinforcement to the surrounding soil to provide the long-term design strength (LTDS) required for each specific application. Earthmate WALLSTRAIN® High Modulus Polyester Uni-axial Geogrids are woven and then coated with a polymer or PVC coating to provide dimensional stability and offer resistance to installation damage. They are also chemically stable and appropriate for using in aggressive soil environments which pH levels from 3.0 to 12.0. Their primary characteristic is excellent creep performance with low strain and high tensile strength under constant load.

Earthmate PRODEWATERING® Geotextile Tubes (also referred to as geo-tubes, dewatering tubes, erosion control tubes, or geotextile bags) are cost-effective solutions for containment, dewatering, desludging and shoreline protection. They are typically composed of high-tenacity filaments woven together to function in wide variety of projects where dewatering of sediments and industrial wastes is required. Earthmate PRODEWATERING® Geotextile Tubes can be fabricated to custom sizes to facilitate placement specific to the projects.

Earthmate AGRITEX® Root Barrier is made from High-Density Polyethylene (HDPE) or Low-Density Polyethylene (LDPE) and acts as a continuous, physical barrier to minimize the damaging effects of tree roots to pavements, foundations, driveways, roads and pipes, could be used where it may be required to have a water permeable solution as well. Earthmate AGRITEX® Root Barrier is tough, flexible, high quality, long-life span and superb UV-Resistance. It is suitable for use as a barrier to a wide range of roots including: grass, mint, bamboo, monkey grass, palm trees, weeping willow, bermuda grass, knotweed, raspberries, ficus and pine trees.

ENVIROMATE® Melt Blown 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. ENVIROMATE® Melt Blown Textured Geomembrane is coextruded liner, applied with a surface texturing with molten polyethylene mixed with hot air. This process is carefully undertaken to ensure no reduction of the mechanical properties. ENVIROMATE® Melt Blown 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.

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.