Biaxial Geogrid with Excellent Reinforced Performance

Biaxial geogrid is a type of geogrids. It is made from high polymer. Biaxial geogrid has high strength in both longitudinal and transverse direction. It is made through the process of extruding, sheet forming, punching and stretching.

Biaxial geogrid has good bearing capacity. It can enhance soil structure and prevent soil erosion. This product is often used to prevent the road from reflective and fatigue cracking. Biaxial geogrid can effectively improve the long term durability of subgrade and greatly reduces road maintenance costs.

Biaxial geogrid has good resistance to long term degradation. It is suitable for various applications, such as embankment reinforcement, wall reinforcement, soil stabilization, slope protection and other permanent load bearing foundation reinforcement.

Specifications

• Material: polypropylene (PP) or copolyester.

Specifications example: Biaxial geogrid (BX11000)

Index Properties
Properties	Units	MD Values1	XMD Values1
Aperture Dimensions	mm (in.)	25 (1.0)	33 (1.3)
Minimum Rib Thickness	mm (in.)	0.76 (0.03)	0.76 (0.03)
Tensile Strength at 2% Strain	kN/m (lb/ft.)	4.1 (280)	6.6 (450)
Tensile Strength at 5% Strain	kN/m (lb/ft.)	8.5 (580)	13.4 (920)
Ultimate Tensile Strength	kN/m (lb/ft.)	12.4 (850)	19.0 (1,300)
Structural Properties
Junction Efficiency	%	MD Values1
Flexural Stiffness	mg-cm	250.000
Aperture Stability	m-N/deg	0.32
Durability
Resistance to Installation Damage	%SC/%SW/%GP	95/93/90
Resistance to Long Term Degradation	%	100
Resistance to UV Degradation	%	100
Dimensions
Roll Sizes	m (ft.)	3.0 × 75.0 (9.8 × 246) ; 4.0 × 75.0 (13.1 × 246)

This is a common biaxial geogrid specifications list. Other specifications can be customized according to your specific requirements

Features:

• Good bearing capacity.
• Stable aperture size.
• High elastic modulus.
• Small deformation.
• High junction efficiency.
• Quick installation.
• Low maintenance costs.

Applications:

• Used in the reinforcement of parking lots, haul roads, landfills and airport runways.
• Used to enhance the bearing capacity of railways and highways, etc.
• Used to reinforce the durability of buildings and constructions.
• Used to prevent landslide and ground subsidence.