High-strength stretch-proof flame-retardant textile
A flame-retardant fabric, stretch-resistant technology, applied in the direction of fabrics, textiles, textiles and papermaking, can solve the problems of insufficient softness, easy to break, etc. Effect
Examples
Embodiment 1
[0021] The high-strength stretch-resistant flame-retardant fabric described in this embodiment is a flame-retardant fabric for welding protective clothing.
[0022] A flame-retardant fabric for welding protective clothing is woven from a flame-retardant composite yarn, wherein the flame-retardant composite yarn is composited by a core yarn and a skin yarn; the flame-retardant composite yarn is a core-spun yarn; the flame-retardant composite yarn is a core-spun yarn; In the core-spun yarn, the sheath yarn is the outer fiber; the core yarn is made of flame-retardant filament raw material, and the sheath yarn is made of ordinary flame-retardant short fiber raw material; the flame-retardant filament is para-aramid fiber, so The common flame-retardant short fibers are melamine fibers; the weight ratio of the para-aramid fibers to the melamine fibers can be selected in the range of 30-90: 10-70, and the preferred weight ratio is 40: 60; the fineness of the flame retardant composite ...
Embodiment 2
[0030] The high-strength stretch-resistant flame-retardant fabric described in this embodiment is a flame-retardant protective clothing fabric.
[0031] A flame-retardant protective clothing fabric is woven from a flame-retardant composite yarn, wherein the flame-retardant composite yarn is composited by a core yarn and a skin yarn; the flame-retardant composite yarn is a wrapping yarn, and the wrapping yarn The skin yarn in the wrapping yarn is the outer yarn; the core yarn is made of flame-retardant filament raw material, and the skin yarn is made of ordinary flame-retardant short fiber raw material; the flame-retardant filament is meta-aramid fiber, so The common flame-retardant short fibers are acrylic fibers; the weight ratio of the meta-aramid fibers to the acrylic fibers can be selected in the range of 30-90: 10-70, and the preferred weight ratio is 70:30; the fineness of the flame retardant composite yarn is 15tex; the square meter mass of the flame retardant protectiv...
Embodiment 3
[0038] The high-strength stretch-resistant flame-retardant fabric described in this embodiment is a train seat flame-retardant fabric.
[0039] A flame-retardant fabric for train seats is woven from a flame-retardant composite yarn, wherein the flame-retardant composite yarn is composed of a core yarn and a skin yarn; the flame-retardant composite yarn is a core-spun yarn, and the flame-retardant composite yarn is a core-spun yarn. In the core-spun yarn, the sheath yarn is the outer fiber; the core yarn is made of flame-retardant filament raw material, and the sheath yarn is made of ordinary flame-retardant short fiber raw material; the flame-retardant filament is polysulfone-based amide fiber, so The common flame-retardant short fibers are flame-retardant polyester fibers; the weight ratio of the polysulfone-based amide fibers and the flame-retardant polyester fibers can be selected within the range of 30-90:10-70, and the preferred weight ratio is is 50:50; the fineness of t...
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Abstract
Description
Claims
Application Information
- IPC
- D03D15/12; D02G3/36; D02G3/04; D03D15/225; D03D15/242; D03D15/283; D03D15/40; D03D15/47; D03D15/513; D03D15/573
- Inventors
- 吴汉荣