Finishing method for anti-ultraviolet antistatic pollen-proof water-proofing fabrics

An anti-static and anti-ultraviolet technology, applied in anti-static, anti-pollen, waterproof fabric finishing, and anti-ultraviolet fields, can solve the problems of national property and people's life loss, life and production troubles, static electricity and other problems, so as to reduce energy consumption and simplify The effect of craft

Inactive Publication Date: 2008-07-23
SHENGHONG GRP CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] Although synthetic fiber textiles have the characteristics of firmness, durability, elegant appearance, quick-drying and non-ironing, etc., most synthetic fibers have inherent hydrophobicity due to their crystal structure and surface characteristics, as well as insulation directly related to it. In the process of textile processing and clothing wearing, a series of electrostatic phenomena appeared, which caused some troubles to life and production. Especially in the petroleum sector and coal mining sector, static electricity can cause fires and endanger national property and people's lives. Undue loss, therefore, anti-static finishing is a major direction of textile finishing

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] The processing method adopted in this embodiment is suitable for pure polyester fabrics.

[0025] The 190T pongee fabric is finished by the following method: a finishing agent containing UV inhibitor cibafast 4566 (p) 40g / L, HS-2032 non-ionic antistatic agent 20g / L, adjusted to pH = 6 with acetic acid, using one dipping one After the rolling process, it was dried and shaped at 175°C for 40s. After that, it was dipped and rolled in the finishing solution containing anti-pollen agent Queenenseter POL80g / L and water repellant TG-410C 20g / L, and dried at 175 for 40s.

[0026] The unfinished fabric (before finishing) and the processed and finished fabric of this example are made anti-ultraviolet, antistatic, waterproof according to the standard, and its comparative results are shown in Table 1.

Embodiment 2

[0028] The processing method adopted in this embodiment is suitable for pure nylon fabrics.

[0029] 228T Taslan fabric is finished by the following method: finishing agent containing UV protection agent Huntsman CEL 50g / L, HS-2032 non-ionic antistatic agent 30g / L, adjusting pH=6 with acetic acid, using one dipping and one rolling After processing, it is dried and shaped at 170°C for 40s. After that, it was soaked and rolled in the finishing liquid containing anti-pollen agent Queenester POL80g / L and water repellant TG-410C 30g / L, and dried at 170°C for 40s.

[0030] The unfinished fabric (before finishing) and the processed and finished fabric of this example are made anti-ultraviolet, antistatic, waterproof according to the standard, and its comparative results are shown in Table 1.

Embodiment 3

[0032] The processing method adopted in this embodiment is suitable for nylon and polyester fabrics.

[0033] The twill nylon / polyester jeanette fabric is finished by the following method: the finishing agent containing UV inhibitor cibafast 4566 (p) 30g / L, HS-2032 nonionic antistatic agent 20g / L, adjust pH=6 with HAc, adopt a After the dipping and rolling process, it is dried and shaped at 170°C for 40s. After that, it was dipped and rolled in the finishing liquid containing anti-pollen agent Queenester POL80g / L and water repellant TG-410C 20g / L, and dried at 170°C for 40s.

[0034] The unfinished fabric (before finishing) and the finished fabric processed by this example are respectively made anti-ultraviolet, antistatic, and waterproof according to the standards GB / T18830-2002, FZ / T 01042-1996, and AATCC35-2006. The comparison results are shown in Table 1.

[0035] Table 1

[0036] sample

[0037] Table 1 is a comparison of the test results of anti-ultraviolet, ...

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PUM

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Abstract

The invention relates to a finishing method of an anti-ultraviolet, antistatic, farina-proof and waterproof fabric, which is characterized in that: the finishing liquids are divided into anti-ultraviolet liquid 10-60g / L and anlistatig liquid 10-40g / L according to components, and the adjusting and finishing pH is 5-6; soak and mangle the fabric in the finishing liquids; the mangle expression is 30-80%; dry and bake the fabric for 30-90s at 160-195 DEG C; the finishing liquids are also divided into waterproof liquid 10-60g / L and farina-proof liquid 60-80g / L according to components, and the adjusting and finishing pH is 5-6; soak and mangle the fabric in the finishing liquids; the mangle expression is 30-80%; dry and bake the fabric for 30-90s at 160-195 DEG C. The finishing method of an anti-ultraviolet, antistatic, farina-proof and waterproof fabric has the advantages that: the anti-ultraviolet and anlistatig treatments are of one bath and the farina-proof and waterproof treatment are of one bath; the energy loss is reduced and the process is simplified to a certain degree; besides, the finishing sequence of first anlistatig treatment and then waterproof treatment can achieve the anlistatig and waterproof effects at the same time; the two technological process endows the fabric with four functions and all the functions do not affect each other.

Description

technical field [0001] The invention belongs to the field of finishing methods of textiles, in particular to a finishing method for UV-proof, antistatic, pollen-proof and waterproof fabrics. Background technique [0002] With the improvement of people's living standards, everyone's requirements for textiles are getting higher and higher. They hope that the functions of textiles can be diversified to meet the different needs of people in different environments. Therefore, multi-functional finishing has become a trend of textiles today. In the multi-functional treatment process, we hope to simplify the process as much as possible, which can not only reduce energy consumption, save costs, but also reduce sewage discharge. [0003] It is well known that excessive ultraviolet radiation is harmful to the human body. People have vigorously studied the problem of ultraviolet radiation protection. Various anti-ultraviolet cosmetics have emerged, but their use area and protection abil...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): D06M13/328D06M13/335D06M15/256D06M101/32D06M101/34
Inventor 黄中权钱琴芳张建芳谢小云周强蔡国兴
Owner SHENGHONG GRP CO LTD
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