CN109750489A - A kind of processing technology of antibacterial and deodouring textile - Google Patents
A kind of processing technology of antibacterial and deodouring textile Download PDFInfo
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- CN109750489A CN109750489A CN201811649124.7A CN201811649124A CN109750489A CN 109750489 A CN109750489 A CN 109750489A CN 201811649124 A CN201811649124 A CN 201811649124A CN 109750489 A CN109750489 A CN 109750489A
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Abstract
The invention discloses a kind of processing technology of antibacterial and deodouring textile, operating method is the following steps are included: prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial body material based on silver zinc complex object.The present invention is prepared by substrate, overlay film, colloidal sol preparation, the setting of impregnation and squeezing drying, the ontology of fabric and surface can be provided with nano photocatalyst catalytic material, fabric is immersed in nano photo-catalytic aqueous solution simultaneously, to make textile reach antibiotic property, durability and the good effect of washing fastness, it solves simultaneously at present, it is many to the research report of textile material antibacterial processing, antibacterial used is mostly organic antibacterial agent such as quaternary ammonium salt, guanidine, fatty acid and metallic compound etc., it is wherein most toxic, not environmentally, some antibacterial agents are at high cost, processing technology is complicated, some antibacterial effects are not good enough, durability, the problem of washability difference.
Description
Technical field
The present invention relates to textile technology field, specially a kind of processing technology of antibacterial and deodouring textile.
Background technique
Currently, the research of textile material antibacterial processing is reported it is very much, antibacterial used be mostly organic antibacterial agent such as
Quaternary ammonium salt, guanidine, fatty acid and metallic compound etc., wherein most toxic, not environmentally, some antibacterial agents are at high cost, add
Work complex process, some antibacterial effects are not good enough, and durability, washability are poor, we use a kind of novel antimicrobial solvent-thus
The nano photo-catalytic hydrosol, it is equal which prepares simple, low in cost and antibiotic property, durability and washing fastness
To be good, highly promote.
Summary of the invention
The purpose of the present invention is to provide a kind of processing technology of antibacterial and deodouring textile, have antibiotic property, durability and
The good advantage of washing fastness solves currently, reporting that much antibacterial used is mostly to the research of textile material antibacterial processing
Organic antibacterial agent such as quaternary ammonium salt, guanidine, fatty acid and metallic compound etc., wherein most toxic, not environmentally, some is anti-
Microbial inoculum is at high cost, and processing technology is complicated, and some antibacterial effects are not good enough, the problem of durability, washability difference.
To achieve the above object, the invention provides the following technical scheme: a kind of processing technology of antibacterial and deodouring textile,
Operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Preferably, the ratio of the antibacterial matrices is 20%, and the ratio of the silver zinc complex object is 50%, the TiO2 carrier
Ratio be 30%, and the nano photocatalyst catalytic material and the ratio of fabric are 1:100.
Preferably, the PET matrix with a thickness of 0.175 ± 1mm, transmitance >=80% is heat-shrinked: MD≤1.3, TD≤
1.0, temperature range: -70 DEG C -150 DEG C.
Preferably, the ratio of the butyl titanate is 10%, and the ratio of the glacial acetic acid is 10%, and the ratio of the clear water is
80%, and it is stirred mixing using mixing arrangement, 15 minutes are stood after mixing.
Preferably, the speed of travel of fabric is 20-40 ms/min in the immersing glue process, the nano photo-catalytic hydrosol
Temperature is maintained at 20-60 degrees Celsius.
Preferably, the roll compacting speed of the roll compaction equipment is 15-30 ms/min, the drying temperature model of drying unit setting
Enclosing value is 90-120 degrees Celsius.
Compared with prior art, beneficial effects of the present invention are as follows:
1, the present invention, can be by the ontology of fabric by substrate preparation, overlay film, colloidal sol preparation, the setting of impregnation and squeezing drying
And surface is provided with nano photocatalyst catalytic material, while fabric being immersed in nano photo-catalytic aqueous solution, so that textile be made to reach
The good effect of antibiotic property, durability and washing fastness has been arrived, while having solved the research report currently, to the processing of textile material antibacterial
There are many road, and antibacterial used is mostly organic antibacterial agent such as quaternary ammonium salt, guanidine, fatty acid and metallic compound etc.,
Middle majority is toxic, and not environmentally, some antibacterial agents are at high cost, and processing technology is complicated, and some antibacterial effects are not good enough, durability, washable
Property difference problem.
2, the present invention is coated with a nanometer light by will mix nano photocatalyst catalytic material inside textile, and in textile surface
The catalyst hydrosol can make textile reduce light transmittance, and only 0.9% nano photo-catalytic hydrosol painting is located at fabric table
Face, fabric can reach 93%, and bacteriostasis rate of the fabric in human body room temperature to the rate of ultraviolet shield of wavelength 297nm
(being directed to Escherichia coli, gold-coloured staphylococci, mould spore and Trichophyton rubrum) reaches 80%-90.8%, and nano photo-catalytic
After antibiotic fabric can at least successively go through 12 washings, its photocatalytic activity is still kept to be basically unchanged, therefore its washing fastness
It is very excellent, while can overcome nano photo-catalytic microparticle surfaces activity that reunion greatly, easily occurs using adhesive method and be not easy to
Fibrous material combines fixed problem, and can increase broad spectrum antibacterial.
Detailed description of the invention
Fig. 1 is process flow chart of the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Embodiment one:
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Embodiment two:
In example 1, following processes are added:
The ratio of antibacterial matrices is 20%, and the ratio of silver zinc complex object is that the ratio of 50%, TiO2 carrier is 30%, and the nanometer
The ratio of photocatalyst material and fabric is 1:100.
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Embodiment three:
In example 2, following processes are added:
PET matrix with a thickness of 0.175 ± 1mm, transmitance >=80% is heat-shrinked: MD≤1.3, TD≤1.0, temperature range: -70
℃-150℃。
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Example IV:
In the third embodiment, following processes are added:
The ratio of butyl titanate is 10%, and the ratio of glacial acetic acid is 10%, and the ratio of clear water is 80%, and using mixing arrangement into
Row is stirred, and stands 15 minutes after mixing.
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Embodiment five:
In example IV, following processes are added:
The speed of travel of fabric is 20-40 ms/min in immersing glue process, and the temperature of the nano photo-catalytic hydrosol is maintained at 20-60
Degree Celsius.
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
Embodiment six:
In embodiment five, following processes are added:
The roll compacting speed of roll compaction equipment is 15-30 ms/min, and the drying temperature value range that drying unit is set is Celsius as 90-120
Degree.
A kind of processing technology of antibacterial and deodouring textile, operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (6)
1. a kind of processing technology of antibacterial and deodouring textile, it is characterised in that: its operating method the following steps are included:
A. prepared by substrate: using fibre-grade inorganic nano material for antibacterial matrices, while being aided with the antibacterial based on silver zinc complex object
Body material and incorporating ultrafine TiO2 carrier are prepared at nano photocatalyst catalytic material, and by nano-antibacterial master batch, silver zinc complex
Object antibacterial body material and superfine TiO2 carrier it is prepared at nano photocatalyst catalytic material be prepared into threadiness, then and in textile fabric
The fiber in portion is combined, that is, can be made into nano photo-catalytic antibacterial fabric；
B. overlay film: one layer of nano photo-catalytic antibacterial film is prepared on the pet substrate using Magnetron reactive sputtering, because of nanometer light
Catalyst particles surface-active greatly, easily occurs to reunite and be not easy to fibrous material combination fixation, so using adhesive method nanometer
Photo-catalytic antibacterial film is applied to the surface of cotton fabric；
C. prepared by colloidal sol: using butyl titanate for presoma, and adopts water as solvent, while glacial acetic acid is stabilizer, by titanium
Acid butyl ester, clear water and glacial acetic acid are placed in mixing arrangement according to a certain ratio to be mixed, by solution left standstill one after mixing
The section time can be made into the nano photo-catalytic hydrosol；
D. impregnation: nano photo-catalytic hydrosol solution is placed on and is padded in slot, fabric is sent to through conveying roller then and is equipped with
Padding in slot for the nano photo-catalytic hydrosol is contacted with the nano photo-catalytic hydrosol, can set at this time draw cloth apparatus draw cloth speed
Degree, contacts textile fabric adequately with the nano photo-catalytic hydrosol；
E. roll compacting dry: draw cloth apparatus by textile fabric extraction pad slot after, by roll compaction equipment by after impregnation textile fabric carry out
Roll compacting is immersed in Photocatalyst water colloidal sol completely in textile fabric, and textile fabric can pass through drying after roll compaction equipment roll compacting
Device is dried, and drying unit can set optimal drying temperature value and carry out drying operation, after then cloth-rolling device will dry
Textile fabric wound.
2. a kind of processing technology of antibacterial and deodouring textile according to claim 1, it is characterised in that: the antibacterial matrices
Ratio be 20%, the ratio of the silver zinc complex object is 50%, and the ratio of the TiO2 carrier is 30%, and the nano photocatalyst
Catalytic material and the ratio of fabric are 1:100.
3. a kind of processing technology of antibacterial and deodouring textile according to claim 1, it is characterised in that: the PET matrix
With a thickness of 0.175 ± 1mm, transmitance >=80% is heat-shrinked: MD≤1.3, TD≤1.0, temperature range: -70 DEG C -150 DEG C.
4. a kind of processing technology of antibacterial and deodouring textile according to claim 1, it is characterised in that: the butyl titanate
Ratio be 10%, the ratio of the glacial acetic acid is 10%, and the ratio of the clear water is 80%, and is stirred using mixing arrangement
Mixing is mixed, stands 15 minutes after mixing.
5. a kind of processing technology of antibacterial and deodouring textile according to claim 1, it is characterised in that: the immersing glue process
The speed of travel of middle fabric is 20-40 ms/min, and the temperature of the nano photo-catalytic hydrosol is maintained at 20-60 degrees Celsius.
6. a kind of processing technology of antibacterial and deodouring textile according to claim 1, it is characterised in that: the roll compaction equipment
Roll compacting speed be 15-30 ms/min, the drying temperature value range that drying unit is set is 90-120 degree Celsius.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112813679A (en) * | 2020-12-30 | 2021-05-18 | 南通大学 | Processing technology of antibacterial and deodorant textile |
| CN114468460A (en) * | 2020-10-26 | 2022-05-13 | 南京机电职业技术学院 | Antibiotic ventilative sports shoes |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102767074A (en) * | 2011-06-15 | 2012-11-07 | 上海水星家用纺织品股份有限公司 | Photocatalysis finished fabric, its preparation method and home textile prepared from photocatalysis finished fabric |
| CN105169813A (en) * | 2015-09-15 | 2015-12-23 | 宿迁市美达净化科技有限公司 | Novel efficient and low-resistance compound antibacterial air filtering material |
| CN105369594A (en) * | 2015-11-23 | 2016-03-02 | 江苏腾盛纺织科技集团有限公司 | Method for Consolidating Photocatalyst Nano TiO2 Hydrosol on Fabric and Photocatalyst Fabric |
| CN105369499A (en) * | 2015-11-23 | 2016-03-02 | 江苏腾盛纺织科技集团有限公司 | Photocatalyst nano-TiO2 fabric production unit |
-
2018
- 2018-12-30 CN CN201811649124.7A patent/CN109750489A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102767074A (en) * | 2011-06-15 | 2012-11-07 | 上海水星家用纺织品股份有限公司 | Photocatalysis finished fabric, its preparation method and home textile prepared from photocatalysis finished fabric |
| CN105169813A (en) * | 2015-09-15 | 2015-12-23 | 宿迁市美达净化科技有限公司 | Novel efficient and low-resistance compound antibacterial air filtering material |
| CN105369594A (en) * | 2015-11-23 | 2016-03-02 | 江苏腾盛纺织科技集团有限公司 | Method for Consolidating Photocatalyst Nano TiO2 Hydrosol on Fabric and Photocatalyst Fabric |
| CN105369499A (en) * | 2015-11-23 | 2016-03-02 | 江苏腾盛纺织科技集团有限公司 | Photocatalyst nano-TiO2 fabric production unit |
Non-Patent Citations (1)
| Title |
|---|
| 董艳等: "纳米光触媒及其在纺织品上的应用研究", 《现代纺织技术》 * |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114468460A (en) * | 2020-10-26 | 2022-05-13 | 南京机电职业技术学院 | Antibiotic ventilative sports shoes |
| CN112813679A (en) * | 2020-12-30 | 2021-05-18 | 南通大学 | Processing technology of antibacterial and deodorant textile |
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