TWI323753B - - Google Patents

Description

1323753 九的发明说明: [Technical Field of the Invention] The present invention is a decontamination processing agent for fabrics, especially when the fabric has a good moisture wicking effect, and can also add the sweat-removing effect of the fabric. Sweat processing agent. [Previous technology] The bay is located in the subtropical zone and the heart climate (4). Therefore, people should have the advantages of sweat absorption and ventilation for the following: 1. They can have a comfortable feeling when wearing the product and the stolen goods. In addition, people often Inadvertently pouring the X medical materials into the clothes, and the children are more likely to play (4) in the play: the things are handled, if the clothes on the clothes are not easy to clean and there are still residual residues, such as 'the beauty of the clothes It will be destroyed' and if the area of sweat collapses, even if the clothes are gone: the perspiration effect is excellent, it will still be discarded, so the easy sweating characteristics of the fabric is also one of the characteristics that people pay attention to. % However, after several times of washing, the fabric will cause the processing agent to fall off. The:::J time has the effect of moisture absorption and sweat removal. Therefore, the good sweat removal effect and wet sweating effect are often impossible. Long-term survival. SUMMARY OF THE INVENTION: The inventor has been in the game for the demand for fabrics, which are particularly important for the characteristics of the fabric, and it is desirable to have a good decontamination effect on the number of fabrics that are easy to absorb water, and the subject has been continuously studied and benefited. The verification of human inspection finally invented the decontamination processing agent of the fabric. Perspiration 2 2: It is a decontamination processing 1323753 which can improve the decontamination effect of fabrics while the fabric has good moisture absorption. Another object of the present invention is to provide a processing method for processing the fabric with the above-described antiperspirant processing agent to impart moisture wicking effects to the fabric. In order to achieve the above object, a detergency finishing agent for a fabric of the present invention comprises: water; a hydrophilic de-sweating agent which is a gas-containing polyoxyethylene ether-polyurethane sulphate copolymer dissolved in the above water ( Flu0 "0 po丨y〇xyethy丨咖咖_polyurethane copo丨ymer)'s which account for 3~8 wt% of the entire decontamination processing agent; hydrophilic type adhesive 'is a polyepoxy-form which dissolves in the above water- Polyamidocarboxylic acid self-polymer (p. 丨y (ethy丨咖〇xide)_p.丨C〇P〇ly bribe), which is the entire decontamination and sanitizer of the 3 peaches. In one aspect, the present invention utilizes the above-described method for processing a sweat removal process agent, which comprises: a dyeing step of immersing a fabric in a dye bath for dyeing; and a pressure suction step of immersing the dyed fabric in a desmutting process agent to press The suction method is carried out to complete the fabric with easy decontamination function: This 'X month decontamination process agent has low fluorocarbon and

Molecular structure, therefore, by the method of pressure absorption, the method of distributing the hydrophilic agent to the fabric and the surface is: when the fabric is washed, the long-chain hydrophilic molecules will stretch, so that the sweat molecules can be stretched from these long chains. Lai Yu eight early door miscellaneous mountain sputum hydrophilic knife release, in order to achieve the decontamination effect. [Embodiment] The anti-sweat processing agent of the fabric of the present invention comprises: 1323753 water; a hydrophilic type sweat remover' which is a gas-containing polyoxyethylene ether/polyamine phthalic acid vinegar copolymer dissolved in the above water (fluoro po丨y〇xyethy丨ene ethep _ polyurethane C〇P〇lymer), which accounts for 3-8 wt% of the entire decontamination processing agent, and the optimum weight accounts for 6 wt% of the entire decontamination processing agent; a hydrophilic adhesive, which is a polyethylene oxide-polyurethane copolymer (poly(ethylene 〇xide) p〇|yurethane dissolved in the above water

Copo丨ymer), which accounts for the wt% of the entire decontamination process, and the optimum weight is 2% by weight of the total decontamination agent, which helps the hydrophilic type of sweat remover to adhere to the fabric. It still has the effect of hydrophilic sweat removal after repeated water washing. The invention relates to a processing method for processing a fabric by using the above-mentioned decontamination processing agent, which comprises: a dyeing step of immersing a fabric having good moisture wicking effect, such as cotton, in a dyeing bath for dyeing; a pressing step; The dyed fabric is immersed in warming and sweating force... 彳中...clock, and then sucked in: The rolling pressure is carried out at 2~3 kg/cm 2 to complete the decontamination function. Fabric. "If the fabric used is a non-hygroscopic rayon, such as polyethylene glycol to te "ephthalate, ΡΕτ", etc., you can add a moisture wicking agent to the dye bath in the dyeing step. , the polyoxyethylene ether (P〇丨y〇xyethy丨ene) 'the system is 1~3 wt%., the main 07 is called 753. The following examples are processed with the agent of the present invention with different materials of the fabric. After measuring the fabric several times, the taste is 'after processing' and then 'for the sweating effect, the water absorption rate and the moisture absorption and high climbability', the monthly knife is not tested, 哕. The sweat test is in accordance with AATCC130 The prescribed method is the same as the formula, and the test of the water-absorbing second cliff is in accordance with the provisions of AATCC79. The input and the question are based on the Njke standard. Generally, it has not been treated in the past. After testing the method of AATCC130, the result is that the effect of moisture absorption and perspiration is different depending on the fabric. '", Example 1. This embodiment is Cotton was used as the test object, and the results are shown in Table 1. Table 1.

Water absorption seconds test (cm) Test item HL = 0 ^—^IWgTi^ (WF)

(HL indicates the number of washings) Example 2. This example was a Leish CVC (polyester-cotton blend) as a test object 1323753. The results are shown in Table 2. Table 2. Test items Decontamination processing Water absorption seconds Moisture climbing height test (cm) (SR) (QD) Warp direction (WP) Weft direction (WF) HL = 0 3.5 14 10.7 10.2 HL=1 3 14 15 12.6 HL = 3 3 13 15 13.7 HL=10 3 9 15 13.2 HL = 20 3 5 15 13.7 HL = 30 3 4 15 14.5 Example 3 · This example utilizes CVC (polymerized with cotton) and 2 wt% bomb

The mixed fabric of the yarn was used as the test object, and the results are shown in Table 3. Table 3. Test items Decontamination processing Water absorption seconds Moisture creep test (cm) (SR) (QD) Warp (WP) Weft (WF) HL = 0 3.5 10 11 12 HL=1 3 9 15 13.7 HL = 3 3 7 15 14.5 HL=10 3 5 15 14.3 HL = 20 3 4 15 14.5 HL = 30 2.5 3 15 15 1323753 Example 4. This example uses a mixed fabric of cotton and nylon (Nylon) as the test object. The results are shown in Table 4. Table 4. Test items Decontamination processing Water absorption seconds Moisture climbing height test (cm) (SR) (QD) Warp direction (WP) Weft direction (WF) HL = 0 3.5 60 8.6 2.6 HL = 1 3.5 60 8.9 7.2 HL = 3 3.5 60 10.1 8 HL = 10 3.5 9 15 12.8 HL = 20 3.5 4 15 10.1 HL = 30 3.5 3 15 15

Example 5· This example uses a tetoro η/cotton/elastic yarn mix

Spinning was used as the test object, and the results are shown in Table 5. Table 5. Test items Decontamination processing water absorption seconds. Moisture climbing height test (cm) (SR) (QD) Warp direction (WP) Weft direction (WF) HL = 0 3 8 12.9 12.2 HL = 1 2 8 15 13.2 HL = 3 2 6 15 13.9 HL = 10 2 3 15 13.4 HL = 20 1 2 15 13.8 10

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1 15 14.2 5 ^ Decontamination processing agent and processing method for the month. After the above various types of bamboo processing, the number of water absorption seconds of the fabric after washing three times is reduced and after many washings, the warp and weft directions Moisture absorption θ] The number of seconds to saturate the spear but reach this saturation amount continues to decrease, so * the fabric treated by the method of the present invention & month has a good suction

Wet wicking effect. In addition, the fabric containing the Tedlon component d (four) sweat function is excellent, that is, two: the decontamination processing agent can still maintain ten times of water washing, but other fabric inventions &: - people still maintain good antifouling effect after washing" Therefore, this = (4) allows the fabric to maintain the original moisture wicking effect, and can maintain sweat removal for short fiber properties. = It is known that the sweat removal process of the present invention and the addition of fabrics such as cotton, polyester fiber and Lai

And f and its fabric 'make it easy to decontaminate and good moisture wicking effect' so rm ^, and the extreme industrial use, [simple description of the chart] benefits #»*&gt ; [Main component symbol description] "»,

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Claims (1)

1323753 X. Patent application scope: 1 · A fabric decontamination processing agent, comprising: water; a hydrophilic detergent, which is a fluorine-containing polyoxyethylene ether-polyamino acid brewing copolymerized in the above water The matter, which accounts for 3~8 wt% of the entire sweat-removing sword; A hydrophilic type adhesive, which is a polyethylene oxide-polyamine phthalate copolymer dissolved in the above water, which accounts for 3% by weight of the entire stain removing agent. The decontamination process of the fabric of claim 1, wherein the hydrophilic detergent comprises 6 wt% of the entire decontamination process. 3. The decontamination process of the fabric of claim 1 wherein the hydrophilic binder comprises 2 wt〇/〇 of the entire decontamination process. A processing method for using the antiperspirant processing agent according to any one of claims 3 to 3, comprising: a dyeing step of immersing a fabric in a dyeing bath for dyeing; and a step of dyeing The finished fabric is immersed in the desmutting process agent, and then treated in a 4: suction manner to complete the fabric having an easy decontamination function. 5. The processing method according to claim 4, wherein the temperature of the anti-sweat processing agent is 140 to 160. (6) The processing method of claim 5, wherein the fabric is immersed in the decontamination processing agent for 1 minute to 2 minutes. 7 · The processing method as described in claim 6 , re-pressure pressure is 2~3 kg / cm ^ 2 β, pattern: no 12