A durable antistatic nylon textile
A textile and antistatic technology, applied in the field of nylon textiles, can solve the problems of no water absorption, weakened antistatic properties, etc., and achieve the effects of soft hand feeling, not easy to fall off, and simple and easy processing method.
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Embodiment 1
[0059] a. Preparation of products to be processed: 100% nylon woven fabric
[0060] b. Pre-processing:
[0061] Put the prepared 100% nylon woven fabric into the following pretreatment solution for bath processing. Specific conditions: start heating from room temperature, heat to 80°C, keep warm for 20 minutes, then cool down, and then simply wash with water and dehydrate after cooling down to room temperature ,dry.
[0062] Organic matter A 1%owf
[0063] The rest is soft water.
[0064] c. Antistatic finishing:
[0065] Antistatic agent A 50g / l
[0066] Bridging agent A 5g / l
[0067] The rest is soft water.
[0068] The pre-treated textiles are immersed in the above finishing solution, and the finishing solution is adhered by two dipping and two rolling processing methods.
[0069] d. Dry and set the shape on the setting machine. The drying temperature is 130°C×120s, and the setting temperature is 170°C×60s to obtain the nylon textile of the present invention.
[0070...
Embodiment 2
[0072] a. Preparation of products to be processed: 100% nylon woven fabric
[0073] b. Pre-processing:
[0074] Put the prepared 100% nylon woven fabric into the following pretreatment solution for bath processing. Specific conditions: start heating from room temperature, heat to 80°C, keep warm for 20 minutes, then cool down, and then simply wash with water and dehydrate after cooling down to room temperature ,dry.
[0075] Organic matter A 3%owf
[0076] The rest is soft water
[0077] b. Antistatic finishing:
[0078] Antistatic agent A 100g / l
[0079] Bridging agent A 5g / l
[0080] The rest is soft water
[0081] The pre-treated textiles are immersed in the above finishing solution, and the finishing solution is adhered by two dipping and two rolling processing methods.
[0082] d. Dry and set the shape on the setting machine. The drying temperature is 130°C×120s, and the setting temperature is 170°C×60s to obtain the nylon textile of the present invention.
[008...
Embodiment 3
[0085] The amount of organic substance A used was adjusted to 5% owf, and the rest was the same as in Example 2 to obtain the nylon textile of the present invention.
[0086] The single fiber surface of the obtained textile is covered with a film resin layer, and the performance parameters are shown in Table 1.
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Abstract
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