Fiberglass Geogrid

Fiberglass grid use high-quality enhanced E-glass fiber yarn, made by foreign advanced warp woven into a substrate, the use of warp-oriented structure, make full use of fabric yarn strength, improve its mechanical properties, to have a good Tensile strength, tear strength and creep resistance, and through high-quality modified asphalt coating from the plane network-like material. The principle of similar compatibility, focusing on its composite properties with the asphalt mixture, and fully protect the glass substrate, greatly improving the substrate wear resistance and shear resistance, which can be used for pavement enhancement, resistance Crack rutting and other road diseases, solved the problem that asphalt pavement is difficult to improve.

Specification:
Width: 3mm or 4mm or as clients request
Length: 100m or as clients request

FUNCTION:
High tensile strength, low elongation - fiberglass geogrid is based on glass
fiber as raw material, has a high resistance to deformation, fracture elongation
of less than 3%.
No long-term creep - as a reinforcement material, with the long-term load
in the case of resistance to deformation, that is, anti-creep is extremely
important, glass fiber does not creep, which ensures long-term product
performance.
Thermal stability - glass fiber melting temperature above 1000 â??, which
ensures that the fiberglass geogrid in the paving operations to withstand
thermal stability.
Compatibility with asphalt - fiberglass geogrid The material coated in the post-treatment process is designed for the asphalt mixture, and each fiber
is fully coated and has a high phase with the asphalt Capacitive, thus
ensuring that the fiberglass geogrid in the asphalt layer will not be isolated
with the asphalt mixture, but firmly together.
Physical and chemical stability - after a special post-treatment agent for
coating, fiberglass geogrid can resist all kinds of physical wear and chemical
erosion, but also to resist bio-erosion and climate change, to ensure its
performance is not affected.
Aggregate insert and limitation - Since the fiberglass geogrid is a mesh
structure, the aggregate in the asphalt concrete can penetrate it, thus
forming a mechanical insert. This restriction hinders the movement of the
aggregate so that the asphalt mixture can achieve better compaction,
higher load bearing capacity, better load transfer performance and smaller
deformation under load conditions.


APPLICATION:
Roadbed reinforcement, prevent road surface cracking.
Road reconstruction.
Soft soil reinforcement, improve road whole bearing capacity and prevent cracking.