Plain weaving para Aramid Woven Fabric
Square meter weight: 200g,250g,280g,410g,460g
Width: 100-160cm can be customized
What is aramid woven fabric
As the name suggests, it is a fabric formed by interweaving aramid filament from vertical and horizontal directions in accordance with a certain law of float and sink. According to the different weaving methods are divided into plain, twill and satin.
The aramid woven fabric of perfect-protection , with yarn weaving structure and excellent formability ,has good shear resistance performance against high speed irregular shrapnel.
High characteristics:
High strength, high modulus and high dimensional stability
Excellent thermal protection, anti-cutting and chemical resistance
No melting point, non-flammable. Non-conductive
Good product formation, density, consistency and stability
Available for making yarn, hanging plastic and rubber, etc to meet various requirement.
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Commodity |
Aramid fabric |
Aramid fabric |
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Model |
YD110 |
YD153 |
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Inspected item |
Standard requirement |
Standard requirement |
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Structure |
Plain /twill |
Plain /twill |
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Width |
100cm(±2) or customized |
1-1.6m can be customized |
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Denier(D) |
Warp 1000 |
Warp 1500 |
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Weft 1000 |
Weft 1500 |
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Yarn type |
Warp TF100 |
Warp TF100 |
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Weft TF100 |
Weft TF100 |
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Yarn count (per10cm) |
Warp(S) 85 |
Warp(S) 124 |
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Weft(S) 85 |
Weft(S) 124 |
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Breaking strength (N/5cm) |
Warp ≥6500 |
Warp ≥13500 |
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Weft ≥6500 |
Weft ≥13500 |
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Gram weight(gsm) |
200g |
410g |
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Thickness (mm) |
0.3 |
0.6 |
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The application in Building reinforcement materials field
In the field of building reinforcement materials, the high strength and electrical insulation of aramid woven fabrics are very suitable for building reinforcement materials. Carbon fiber reinforced highways are equivalent to an increase in service life of 8 years, while aramid fibers are equivalent to an increase of 12 years. It can be used not only for shear resistance, bending resistance, ductility and seismic reinforcement of concrete beams, column stations and other building structures, but also for subway tunnels, electric railway tunnels, equipment rooms and other areas that require insulation. Buildings can also be used in the structural reinforcement and repair of transportation, water conservancy, nuclear power, energy and other infrastructure.
