Triaxial and Quaxial Geogrid for Road Construction

Multi-axial plastic geogrid is the improved product of the plastic geogrid. The multi-axial plastic geogrid is combined with several triangle structure, which is the most stable and widely used structure in the constructions. According to the different stretch direction, the multi-axial plastic geogrid can be divided into triaxial plastic geogrid and quaxial plastic geogrid.

Quaxial plastic geogrid

Quaxial plastic geogrid is manufactured from polypropylene, which has the feature of UV stabilization and chemical, biological resistance. It is produced through extruded, punched and stretched. Different from the triaxial plastic geogrid, which is stretched in multiple, equilateral directions, the quaxial plastic geogrid is stretched in longitudinal, transverse and in the 45 degrees directions. As we all know, the triangle is the most stable and widely used structure, the quaxial plastic geogrid is combined with eight triangle, so the tensile strength and the stability is better than the plastic geogrid and the triaxial geogrid.

A piece of quaxial plastic geogrid on the gray background.
Quality plastic geogrid is the most stable structure among all of the plastic geogrid.
A roll of quaxial plastic geogrid on the gray background.
The Quaxial plastic geogrid is commonly supplied in rolls for convenient installation.
RPQG115 Technical Specifications
Index Properties Unit MD Values +45℃ Values -45℃ Values TD Values
Polymer - PP - - PP
Tensile Strength in 2% Strain KN/M 2.3 1.6 1.6 2.3
Secant Modulus in 2% Strain KN/M 115 80 80 115
Tensile Strength in 5% Strain KN/M 5.3 3.7 3.7 5.3
Secant Modulus in 5% Strain KN/M 106 74 74 106
Strain Ultimate Strength % 13 13 13 13
Secant Stiffness in 0.5% Strain KN/M 280 - - -
RPQG170 Technical Specifications
Index Properties Unit MD Values +45℃ Values -45℃ Values TD Values
Polymer - PP - - PP
Tensile Strength in 2% Strain KN/M 3.4 2.4 2.4 3.4
Secant Modulus in 2% Strain KN/M 170 120 120 170
Tensile Strength in 5% Strain KN/M 8.0 5.6 5.6 8.0
Secant Modulus in 5% Strain KN/M 160 112 112 160
Strain Ultimate Strength % 13 13 13 13
Secant Stiffness in 0.5% Strain KN/M 480 - - -
RPQG230 Technical Specifications
Index Properties Unit MD Values +45℃ Values -45℃ Values TD Values
Polymer - PP - - PP
Tensile Strength in 2% Strain KN/M 4.6 3.2 3.2 4.6
Secant Modulus in 2% Strain KN/M 230 160 160 230
Tensile Strength in 5% Strain KN/M 10.6 7.4 7.4 10.6
Secant Modulus in 5% Strain KN/M 210 148 148 210
Strain Ultimate Strength % 13 13 13 13
Secant Stiffness in 0.5% Strain KN/M 530 - - -

Features

  • The most stable and durable structure.
  • High loading capacity in several directions.
  • UV stabilized and chemical, biological resistance.
  • Can distribute the stress effectively and evenly.
  • Junctions are hard and stable to destroy.

Applications

  • The quaxial plastic geogrid is ideal for civil engineering reinforcement.
  • The quaxial plastic geogrid can be used in the pavement and unpaved constructions for reinforcement.
  • It can be used in the slope constructions to stabilize soil and reduce the soil erosion.
Quaxial plastic geogrid is installed on the geotextile and a bulldozer is paving the gravels.
Quaxial plastic geogrid is widely used in the unpaved constructions for subgrade reinforcement.
The quaxial plastic geogrid is installed on the paved ground.
Quaxial plastic geogrid is ideal for civil roads construction for high loading capacity.

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