Coating fabric for air bags and production method thereof
A technology of coated fabrics and airbags, which is applied in fabric surface trimming, textile and paper making, and fiber processing, etc. It can solve the problems of large space occupation, difficulty in folding, poor storage of fabrics, etc., and achieve the effect of occupying a large space and shortening the lifespan
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Embodiment 1
[0029] The warp and weft yarns adopt the polyester flat filaments whose fineness is 235dtex, the number of monofilaments is 72, and the flattening rate is 1.6, and the above-mentioned filaments are woven with a water jet loom to obtain a warp density of 55 threads / inch, weft To the plain weave fabric with a density of 55 pieces / inch, use the doctor blade method to coat the organic solvent-free silicone resin on the above fabric, and then carry out the calendering pressure at 100Kg / cm, speed at 10m / min, and temperature at 100°C After calendering and heat setting, the coating weight is 10g / m 2 low-coated fabric for airbags. The properties of the fabric were evaluated and are shown in Table 1.
Embodiment 2
[0031] The warp and weft yarns adopt a denier of 350dtex, a number of single filaments of 72, and a polyester flat filament with a flattening rate of 2.5. The above-mentioned filaments are woven with a water jet loom to obtain a warp density of 51 threads / inch, weft To a plain weave fabric with a density of 51 threads / inch, apply an organic solvent-free silicone resin on the above-mentioned fabric using a doctor blade method, and then perform the calendering at a calendering pressure of 120Kg / cm, a speed of 20m / min, and a temperature of 150°C. After calendering and heat setting, the coating weight is 12g / m 2 low-coated fabric for airbags. The properties of the fabric were evaluated and are shown in Table 1.
Embodiment 3
[0033]The warp and weft yarns adopt a denier of 470dtex, a number of single filaments of 136, and a polyester flat filament with a flattening rate of 2.5. The above-mentioned filaments are woven with a water jet loom to obtain a warp density of 53 threads / inch and a weft density of 2.5. To a plain weave fabric with a density of 53 threads / inch, apply an organic solvent-free silicone resin on the above-mentioned fabric using a doctor blade method, and then perform the calendering at a calendering pressure of 150Kg / cm, a speed of 35m / min, and a temperature of 200°C. After calendering and heat setting, the coating weight is 15g / m 2 low-coated fabric for airbags. The properties of the fabric were evaluated and are shown in Table 1.
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