Earthmate Vigortex® Asphalt Reinforcement Glass Fiber Geocomposites are high strength glass filament reinforced composited Geotextiles. The alkali resistant glass filament grids are knitted on the PP Polyester Nonwoven Geotextile to be square meshes. Earthmate Vigortex® Geocomposites 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 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.

Earthmate Asphaltrac® HDC Composited Grids are knitted high-modulus Polyester Yarn 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.