Polyester Geogrid Stitched Nonwoven Geotextile 50-50kN Mesh Size 40X40mm Anti-Crack Geocomposite

• After-sales Service: 5years
• Color: Black
• Application: Roads & Railways & Airports Project
• Function: Reinforcement
• Classification: Composite Geotextiles
• Material: Fiberglass
• Model NO.: 50-50kn 60-60kn 80-80kn 100-100kn 120-120kn
• Type: Composite Geotextile
• Mesh Size: 25.4X25.4mm 40X40mm
• Width: 1-4m
• Length: 100m/Roll
• Geogrid Type: Polyester Geogrid of Fiberglass Geogrid
• Geotextile Type: PP or Pet Nonwoven Geotextile Fabric
• Product Application: Road Reinforcement
• Tensile Strength: 40-40kN 50-50kN 80-80kN 90-90kN 100-100kN etc
• Surface Coating: Bitumen Asphalt or PVC Coated
• Transport Package: PP Woven Bag or PE Film
• Specification: Customed
• Trademark: YIJIA
• Origin: China
• HS Code: 39269090
• Production Capacity: 50000sqms/Day

Product Description

 

Products Description

Product Name	Anti-crack Geocomposite
Application	Pavement Reinforcement
Tensile Strength	30--1000KN/M
Mesh Size	4.2mm--50mm
Width	1--5.3m
Sample	Available
Package	Normal Roll Packing or Customization
Colour	Black etc.
Material	Polyester Geogrid+Nonwoven Geotextile+Bitumen Coated

Feature
.High temperature resistance
.High installation safety through good bonding of the composite product with the substrata.
.Melting installation and ensures very good layer bonding.
.Long-term dynamic load-carrying capability 
.High resistance to the mechanical damage
.High flexibility and adaptability simplify laying
.Resistant to installation damage

Application
.Reinforcing for rehabilitation of concrete pavements
.Reinforcement in asphalt pavements
.Reinforcement of asphalt surface in road widening
.Reinforcement of asphalt wearing course on concrete road surface
.Reinforcement of asphalt layers in hydraulic engineering and landfill

Anti-crack geocomposite is polyester geogrid / fiberglass geogrid stitched with nonwoven geotextile, coated with bitumen or PVC. It's the best solution for reflective cracking.

 

High installation through good bonding of the composite product with the substrat