Method for fabricating multifunctional protective face fabric
A production method and multi-functional technology, applied in the processing of textile materials, fabric surface trimming, liquid/gas/steam textile material processing, etc., can solve the problem of antistatic, flame retardant, protective clothing functional requirements, waterproof, etc. problem, to achieve the effect of excellent antistatic performance
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Embodiment 1
[0019] Embodiment 1: the making method of multifunctional protective fabric is: one, antistatic fabric making: a. get 20% hemp fiber and 80% cotton fiber mixed spinning, b. get carbon-containing nylon conductive long fiber and above-mentioned The hemp-cotton yarn is plied into an antistatic yarn, and the carbon-containing nylon conductive long fiber accounts for 1.5% of the antistatic yarn. c. Weave the above-mentioned antistatic yarn into an antistatic fabric after plying; 2. Dyeing and finishing of the fabric: a. Fabric pre-treatment: pre-treat the above-mentioned antistatic fabric according to the desizing, scouring, cleaning, drying, and singeing process routes; Such as the dyeing of Argosol BF series reactive dyes, the fabric is cleaned and dried after dyeing; 3. Functional finishing of fabrics: a. Preparation of flame retardant finishing agent: phosphorus and nitrogen are contained in every 1000 grams of flame retardant finishing agent 300 grams of flame retardant of mel...
Embodiment 2
[0020] Embodiment 2: one, antistatic fabric making: a. get 25% polyester fiber and 75% cotton fiber mixed spinning, b. get carbon-containing nylon conductive long fiber and above-mentioned yarn ply to form antistatic yarn, carbon-containing The proportion of nylon conductive long fibers accounting for antistatic yarn is 2%, c. the antistatic yarn after the above-mentioned plying is woven into an antistatic fabric; 2. Dyeing and finishing of the fabric: a. Desizing, scouring, cleaning, drying, singeing process route for pre-treatment, b. Dyeing: select reactive dyes suitable for dyeing cellulose fibers and polyester fibers with good fastness for dyeing, and wash the fabric after dyeing Dry after cleaning, all the other are with embodiment 1.
Embodiment 3
[0021] Embodiment 3: one, antistatic fabric making: a. get 30% nylon fiber and 70% cotton fiber mixed spinning, b. get carbon-containing nylon conductive long fiber and above-mentioned yarn ply to form antistatic yarn, carbon-containing The nylon conductive long fiber accounts for 1% of the antistatic yarn, c. the antistatic yarn after the above-mentioned plying is woven into an antistatic fabric, and all the other are the same as embodiment 1.
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