Polyester/ Fiberglass Geogrid/ PP Biaxial Geogrid for Road Construction

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China main port
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TT OR LC
Min Order Qty:
5000 m²
Supply Capability:
1000000 m²/month

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Introduction of Fiberglass Geogrid:
Fiberglass geogrid is based on fiberglass woven cloth coated with modified bitumen or PVC, it was developed to address the problem of pavement cracking on highways, roads and runways, driven by a need to reduce cost for infrastructure maintenance and repair.
It is characterized by high tensile strength in axial and lateral directions, low stretch rate, alkali-resistance, low temperature- resistance, as well as convenience in construction and low price. It can be used on pitch pavement to prevent cracks and prolong pavement service life. It also can be used as a basal reinforcement material for hillsides, reservoirs, harbors, ports, water channels, seawalls, etc.

Polyester/ Fiberglass Geogrid/ PP Biaxial Geogrid for Road Construction

Polyester/ Fiberglass Geogrid/ PP Biaxial Geogrid for Road Construction

Polyester/ Fiberglass Geogrid/ PP Biaxial Geogrid for Road Construction



Performance of Fiberglass Geogrid:
--- High strength, high modulus and low temperatures resistance.
Applications of Fiberglass Geogrid:
--- Reinforcement for road pavement
--- Reinforcement for railway basement
--- Reinforcement for Tunnel
--- Reinforcement for Slope
--- Reinforcement for embankment.
Introduction of PP Biaxial Geogrid:
Biaxial geogrid, made of high molecular polymer, is extruded into sheet and then punched into regular mesh pattern, and finally stretched in longitudinal and transverse directions.
Features of PP Biaxial Geogrid:
1. With high tensile strength in longitudinal and transversedirections
2.This structure can provide an chain system of more effective force bearing and spreading for the soil.
Application of PP Biaxial Geogrid:
Mainly applied in highway, railway, slope protecting projects etc.
1)strengthen land loading capacity and extend its service life.
2) convenient to construct ; reducing project cost and maintenance cost.
Introduction of PP/HDPE Uniaxial Geogrid:
Uniaxial geogrid, made of high molecular polymer, is extruded into sheet and then punched into regular mesh pattern, and finally stretched in the longitudinal direction.
Features of PP/HDPE Uniaxial Geogrid:
With high tensile strength and tensile modulus
Application of PP/HDPE Uniaxial Geogrid:
Mainly applied in highway, railway, slope protecting projects, retaining wall, dam etc.
1)strengthen land loading capacity and extend its service life.
2) convenient to construct ; reducing area , project cost and maintenance cost.
Introduction of Polyester Geogrid:
Polyester geogrid is a new kind of favorable earthwork base material to strength the road surface and roadbed, which composed of high strength polyester yarns coated with an inorganic sizing agent.
Features of Polyester Geogrid:
1) High tensile strength
2) High tear-resistant
3) Strong combination with gravel and soil
Application of Polyester Geogrid:
It mainly applied in strengthening soft ground of rail and road.

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Q:Civil engineering materials, what kind of
Generally classify the various classification methods by appropriate combination of materials after the division. Such as decorative mortar, asphalt waterproof material.
Q:Who knows civil engineering materials?
Slag cement, early strength fast.
Q:Vehicle engineering civil engineering machinery engineering and automation materials which is better Ah are doing
We recommend choosing automation
Q:University of high polymer materials or civil engineering
Can say that civil engineering is the most suitable for the two students to learn, because the country year after year to increase infrastructure construction, the civil engineering talent is extremely necessary
Q:Is the glass made of wood?
Glass is not civil material!
Q:Civil Engineering Materials Laboratory electricity about how much watts
This is hard to say, the laboratory equipment to ask the owners to know the electricity
Q:Detailed classification of civil works?
By chemical composition: can be divided into inorganic materials, organic materials and composite materials.
Q:What is the actual state of the bar in civil engineering?
(3) to understand and master the cross-section of the cross-section of the torque, torque diagram; (4) mastery of the straight and straight (2) to understand and master the thin-walled cylinder torsion; (5) master the deformation of the straight rod when the deformation, stiffness conditions; (6) to understand and master the straight rod when the strain energy .4 bending stress symmetrical bending of the The calculation of the concept and the calculation of the beam; the shear force equation of the beam and the moment equation, the shear force diagram and the bending moment diagram; the internal force of the plane frame and the curved rod; the normal stress and the normal stress strength condition on the beam cross- (1) to understand and master the concept of symmetrical bending and beam calculation diagram; (2) master the beam of the shear equation and bending moment equation, the shear force diagram of the shear stress, shear stress strength conditions; (3) to understand and master the plane frame and the internal force of the curved rod; (4) master the beam cross-section of the normal stress, normal stress strength conditions; (5) to understand and master the beam cross-section (6) Understand and master the reasonable design of the beam 5. Displacement of the displacement beam when the beam is bent; Define the differential equation and its integral; Define the displacement of the beam; Nuclear, to improve the stiffness of the beam measures; beam bending energy within the beam.
Q:What are the requirements for civil engineering materials?
Look at the direction of civil engineering ~ road and bridge, housing construction, geotechnical, and now there are tunnels, you see what you need to understand which aspects of technology with the design is not the same ~
Q:What are the structural forms of common buildings?
Frame-shear wall structure: the shear wall and the frame together to bear the vertical and horizontal role of the structure, also known as the framework of seismic structure. The difference between the structure of the frame and the frame structure is to increase the rigidity and integrity of the building, and to make a part of the wall of the frame structure not to force the filling wall to bear the wind and seismic level load of reinforced concrete wall. Used to build high-rise and high-rise buildings.

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