CN105239248A - Anti-bacterial radiation protection fabric and manufacturing method thereof - Google Patents
Anti-bacterial radiation protection fabric and manufacturing method thereof Download PDFInfo
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- CN105239248A CN105239248A CN201510557391.1A CN201510557391A CN105239248A CN 105239248 A CN105239248 A CN 105239248A CN 201510557391 A CN201510557391 A CN 201510557391A CN 105239248 A CN105239248 A CN 105239248A
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Abstract
The invention discloses an anti-bacterial radiation protection fabric, formed by interweaving warps and weft yarns. The warps use copper ammonia fibers, silver-plated fibers, modal fibers, shengma fibers, and ramie blended yarns. The weft yarns use chitin fibers, bamboo charcoal fibers, alga charcoal fibers, tea fibers, and silver-plated fiber blended yarns. The anti-bacterial radiation protection fabric has good radiation protection property, strong sterilization and anti-bacterial property, deodorization capacity, anti-static performance, ultraviolet resistance, breathable moisture absorption performance, and is healthy, comfortable, and has a property of skin-friendly.
Description
Technical field
Garment material field of the present invention, particularly relates to a kind of antibiotic radiation proof cloth and preparation method thereof.
Background technology
Along with improving constantly of people's living standard, the requirement of people to clothing performance improves constantly.In the living environment of the mankind, germ is ubiquitous, especially our textiles worn next to the skin, can absorb a large amount of secretion and sweat, in order to suppress generation and the breeding of germ, at present, occurred a large amount of antibiotic facing materials, these fabrics are add auxiliary agent method in being arranged by after stain to come antibacterial substantially, and this fabric has certain limitation in performance, after repeatedly washing, the antibacterial functions of fabric can greatly weaken so that disappear; In daily life, electromagnetic wave is ubiquitous, mobile phone, computer, electromagnetic oven etc. the electronic product of people, all harm can be brought while it promotes the well-being of mankind, one class harm makes organism produce fuel factor, when exceeding a certain boundary, organism, because not discharging the waste heat produced in its body, causes and elevates the temperature and come to harm; Another kind of harm is the weak electromagnetic field of disturbing human body intrinsic, affects blood and lymph operation, cellular plasm is changed, and its summation can cause weak, the immune decline of insomnia, lesion tissue, and then brings out leukaemia and cancer.Live in high-voltage line telecommunication emitter, high-power electric appliance facility environment for a long time and closely frequently use the personnel of household electrical appliances and mobile phone, anxious state of mind and the super quick syndrome of electromagnetic radiation can be caused, as headache, tinnitus, unable, tired, insomnia, the even loss of memory, suffer from parkinsonism and senile dementia.Over nearly 20 years, the development of radiation resistant fiber is as the research topic of an important high functional fibre, be subject to the most attention of world's every country, all kinds of radiation resistant fiber is come out one after another, radiation-proof fabric for electromagnetic radiation exploitation is also of a great variety, but most radiation-proof fabric adopts the metal fibres such as stainless steel, and its radiation-proof effect is poor, and this kind of fabric lining feel is comparatively hard, is not suitable for wearing next to the skin.
Summary of the invention
For the deficiencies in the prior art, the present invention aim to provide a kind ofly have that radiation proof, strong disinfecting are antibacterial, deodorizing, antistatic, uvioresistant, moisture absorption are breathed freely, the antibiotic radiation proof cloth of health, comfortableness, skin-friendly.
Of the present inventionly to be achieved through the following technical solutions.
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 10%-30%,
Silver plated fiber accounts for 30%-55%,
Modal fibre accounts for 5%-15%,
Sheng-bast fiber accounts for 5%-15%,
Ramee accounts for 10%-25%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 10%-30%,
Bamboo-carbon fibre accounts for 10%-30%,
Aethiops vegetabilis fiber accounts for 5%-15%,
Tea fiber accounts for 5%-15%,
Silver plated fiber accounts for 30%-50%.
Above-mentioned antibiotic radiation proof cloth, wherein:
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 15%-25%,
Silver plated fiber accounts for 40%-50%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%-20%.
Above-mentioned antibiotic radiation proof cloth, wherein:
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%.
Above-mentioned antibiotic radiation proof cloth, wherein:
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
Above-mentioned antibiotic radiation proof cloth, wherein: the silver plated fiber in the silver plated fiber in described warp thread and described weft yarn is nanometer silver plating fiber.
Above-mentioned antibiotic radiation proof cloth, wherein: described nanometer silver plating fiber adopts the plating of nano-silver ionic vacuum high energy beam current to form.
Prepare a method for antibiotic radiation proof cloth according to claim 1, it is characterized in that: comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8-9, described silver plating solution temperature is 85 DEG C-95 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30-50 part, thiosulfate 150-200 part, sulphite 150-200 part, ethylenediamine tetra-acetic acid 2-5 part, glucose amino acid 2-5 part;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C-60 DEG C, and washing 15-20min, finally does heat treatment.The above-mentioned method preparing antibiotic radiation proof cloth, wherein: each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 40 parts, thiosulfate 180 parts, 180 parts, sulphite, ethylenediamine tetra-acetic acid 3 parts, glucose amino acid 3 parts.
The above-mentioned method preparing antibiotic radiation proof cloth, wherein: the silver plated fiber in described step (1) is nanometer silver plating fiber, silver compound and protective agent are added to the water, adding basic solvent regulates pH value to be in 8-11, add thermal agitation and obtain nano-silver ionic adding reductant, certain argon gas is passed in vacuum chamber, base material is utilized in described vacuum chamber wait and carry out bombardment processing from font or ion source apparatus, described nano-silver ionic is joined in described vacuum chamber, vacuum magnetic-control sputtering is carried out to described base material, utilize high energy beam current to project substrate surface after lens focus simultaneously, complete plating, obtained nanometer silver plating fiber.
Compared with prior art, advantage of the present invention is: warp thread of the present invention adopts silver plated fiber to be main material, silver plated fiber has radiation proof, antistatic behaviour, powerful deodorizing, powerful antibacterial, health care, add middle amount copper ammonia fibre and ramee, add the moisture absorption of warp thread, ventilative, mildew-resistant wear-resisting functions, strengthen sterilization antibacterial functions and the anti-static function of warp thread simultaneously, add a small amount of Modal fibre and Sheng-bast fiber, add the drapability of warp thread, flat smooth performance, hygroscopicity, gas permeability, weft yarn adopts chitin fiber, bamboo-carbon fibre and silver plated fiber are main material, the antibacterial and deodouring function of chitin fiber, to the nursing function of skin, to the auxiliary curing function of allergic skin, to the defencive function of environment, anti-static function, and bamboo-carbon fibre is soft and smooth soft warm, moisture absorption is breathed freely, bacteriostasis antibiosis, environmental protection, uvioresistant, superpower absorption affinity, emitting far-infrared, transmitting anion, content of mineral substances is high, special health care, the moisture absorption heat radiation of superpower absorption affinity and silver plated fiber, keep healthy antibacterial, antifouling antistatic, antiultraviolet, anti-flaming function, the antibacterial effect of strong disinfecting is played in three kinds of fibers cooperations, certain nursing role is produced to human body skin simultaneously, add a small amount of aethiops vegetabilis fiber and tea fiber, add natural antibacterial ability and the deodorization ability of weft yarn, strengthen weft yarn emitting far-infrared simultaneously, transmitting anion ability, strengthen the health care of weft yarn, the cloth that warp thread and weft yarn are interweaved can kill various bacteria, the functions such as this cloth has that radiation proof, strong disinfecting are antibacterial, deodorizing, antistatic, uvioresistant, moisture absorption are ventilative, health, comfortableness, skin-friendly, are applicable to the exposure suit being underclothes and ready-to-be mother.
Detailed description of the invention
Below in conjunction with specific embodiment, the invention will be further described, but not as limiting to the invention.
Embodiment 1
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 30%,
Silver plated fiber accounts for 30%,
Modal fibre accounts for 5%,
Sheng-bast fiber accounts for 15%,
Ramee accounts for 20%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 10%,
Bamboo-carbon fibre accounts for 30%,
Aethiops vegetabilis fiber accounts for 15%,
Tea fiber accounts for 15%,
Silver plated fiber accounts for 30%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8, described silver plating solution temperature is 85 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30 parts, thiosulfate 150 parts, 150 parts, sulphite, ethylenediamine tetra-acetic acid 2 parts, glucose amino acid 2 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
Embodiment 2
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 15%,
Silver plated fiber accounts for 40%,
Modal fibre accounts for 15%,
Sheng-bast fiber accounts for 5%,
Ramee accounts for 25%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 15%,
Bamboo-carbon fibre accounts for 25%,
Aethiops vegetabilis fiber accounts for 5%,
Tea fiber accounts for 15%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8, described silver plating solution temperature is 85 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30 parts, thiosulfate 150 parts, 150 parts, sulphite, ethylenediamine tetra-acetic acid 2 parts, glucose amino acid 2 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
Embodiment 3
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8, described silver plating solution temperature is 85 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30 parts, thiosulfate 150 parts, 150 parts, sulphite, ethylenediamine tetra-acetic acid 2 parts, glucose amino acid 2 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
Embodiment 4
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 50%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 10%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 25%,
Bamboo-carbon fibre accounts for 15%,
Aethiops vegetabilis fiber accounts for 15%,
Tea fiber accounts for 5%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8, described silver plating solution temperature is 85 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30 parts, thiosulfate 150 parts, 150 parts, sulphite, ethylenediamine tetra-acetic acid 2 parts, glucose amino acid 2 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
Embodiment 5
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 10%,
Silver plated fiber accounts for 55%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 30%,
Bamboo-carbon fibre accounts for 10%%,
Aethiops vegetabilis fiber accounts for 5%,
Tea fiber accounts for 5%,
Silver plated fiber accounts for 50%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8, described silver plating solution temperature is 85 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30 parts, thiosulfate 150 parts, 150 parts, sulphite, ethylenediamine tetra-acetic acid 2 parts, glucose amino acid 2 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
Embodiment 6
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8.5, described silver plating solution temperature is 90 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 40 parts, thiosulfate 180 parts, 180 parts, sulphite, ethylenediamine tetra-acetic acid 3 parts, glucose amino acid 3 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 55 DEG C, and washing 20min, finally does heat treatment.
Embodiment 7
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 9, described silver plating solution temperature is 95 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 50 parts, thiosulfate 200 parts, 200 parts, sulphite, ethylenediamine tetra-acetic acid 5 parts, glucose amino acid 5 parts;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 60 DEG C, and washing 20min, finally does heat treatment.
Embodiment 8
A kind of antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, nanometer silver plating fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, nanometer silver plating fiber blend yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Nanometer silver plating fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
Prepare a method for this antibiotic radiation proof cloth, comprise the steps:
(1) nanometer silver plating fiber is prepared: silver compound and protective agent are added to the water; adding basic solvent regulates pH value to be in 8-11; add thermal agitation and obtain silver ion adding reductant; certain argon gas is passed in vacuum chamber; base material is utilized in described vacuum chamber wait and carry out bombardment processing from font or ion source apparatus; described silver ion is joined in described vacuum chamber; vacuum magnetic-control sputtering is carried out to described base material; utilize high energy beam current to project substrate surface after lens focus simultaneously; complete plating, obtained nanometer silver plating fiber.
(2) by the nanometer silver plating fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, nanometer silver plating fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, nanometer silver plating fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C, and washing 15min, finally does heat treatment.
In order to prove anti-microbial property of the present invention, applicant choose common antibacterial cloth on the market and the present invention is directed to Escherichia coli, staphylococcus aureus, Candida albicans anti-microbial property carry out contrast test, applicant in strict accordance with specify in standard FZ/T73023-2006 antibiotic fabric method of testing--succusion is tested, obtain data in table one.
Table one
In order to prove the durability of anti-microbial property of the present invention, applicant washs 10 times, 50 times respectively to the present invention and common antibacterial cloth on the market, washing procedure carries out according to the decantation test method of the antibiotic fabric sample specified in standard FZ/T73023-2006, then repeat above-mentioned succusion and carry out Anti-microbial Performance Tests, obtain data in table two and table three.
Table two
Table three
In order to prove shielding property of the present invention, applicant tests shielding property of the present invention according to the method for testing of SJ20524 Materials ' Shielding Effectiveness, obtains data in table four.
Table four
As can be seen from table four: when silver plated fiber content is identical, nanometer silver plating fiber is adopted to increase significantly than the shield effectiveness of the common silver plated fiber of employing; Along with the increase of silver plated fiber content, shield effectiveness increases.
The foregoing is only preferred embodiment of the present invention; not thereby embodiments of the present invention and protection domain is limited; to those skilled in the art; should recognize and all should be included in the scheme that equivalent replacement done by all utilizations description of the present invention and diagramatic content and apparent change obtain in protection scope of the present invention.
Claims (9)
1. an antibiotic radiation proof cloth, it is interweaved by warp thread and weft yarn and forms, it is characterized in that: described warp thread adopts copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramie hemp blended yarn, described weft yarn adopts chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber blended yarn;
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 10%-30%,
Silver plated fiber accounts for 30%-55%,
Modal fibre accounts for 5%-15%,
Sheng-bast fiber accounts for 5%-15%,
Ramee accounts for 10%-25%;
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 10%-30%,
Bamboo-carbon fibre accounts for 10%-30%,
Aethiops vegetabilis fiber accounts for 5%-15%,
Tea fiber accounts for 5%-15%,
Silver plated fiber accounts for 30%-50%.
2. antibiotic radiation proof cloth according to claim 1, is characterized in that:
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 15%-25%,
Silver plated fiber accounts for 40%-50%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%-20%.
3. antibiotic radiation proof cloth according to claim 1, is characterized in that:
Shared by each composition of described warp thread, percentage by weight is:
Copper ammonia fibre accounts for 20%,
Silver plated fiber accounts for 45%,
Modal fibre accounts for 10%,
Sheng-bast fiber accounts for 10%,
Ramee accounts for 15%.
4. antibiotic radiation proof cloth according to claim 1, is characterized in that:
Shared by each composition of described weft yarn, percentage by weight is:
Chitin fiber accounts for 20%,
Bamboo-carbon fibre accounts for 20%,
Aethiops vegetabilis fiber accounts for 10%,
Tea fiber accounts for 10%,
Silver plated fiber accounts for 40%.
5. according to the arbitrary described antibiotic radiation proof cloth of Claims 1-4, it is characterized in that: the silver plated fiber in the silver plated fiber in described warp thread and described weft yarn is nanometer silver plating fiber.
6. antibiotic radiation proof cloth according to claim 5, is characterized in that: described nanometer silver plating fiber adopts the plating of nano-silver ionic vacuum high energy beam current to form.
7. prepare a method for antibiotic radiation proof cloth according to claim 1, it is characterized in that: comprise the steps:
(1) silver plated fiber is prepared: added by base material and add thermal agitation in the silver plating solution containing silver compound, thiosulfate, sulphite, ethylenediamine tetra-acetic acid, glucose amino acid and obtain silver plated fiber, described silver plating solution pH value is 8-9, described silver plating solution temperature is 85 DEG C-95 DEG C, the each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 30-50 part, thiosulfate 150-200 part, sulphite 150-200 part, ethylenediamine tetra-acetic acid 2-5 part, glucose amino acid 2-5 part;
(2) by the silver plated fiber of copper ammonia fibre, preparation in step (1), Modal fibre, Sheng-bast fiber, ramee, chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber respectively through opening picking, comb and parallel cotton fibers prior to spinning, combing process;
(3) using process through step (2) copper ammonia fibre, silver plated fiber, Modal fibre, Sheng-bast fiber, ramee according to percentage by weight shared by each composition of described warp thread through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as warp thread;
(4) using process through step (2) chitin fiber, bamboo-carbon fibre, aethiops vegetabilis fiber, tea fiber, silver plated fiber according to percentage by weight shared by each composition of described weft yarn through drafting, rove, spun yarn, winder, yarn steaming, high speed doubling, that double twisting process obtains blended yarn is stand-by as weft yarn;
(5) warp thread obtained through above-mentioned steps is become embryo cloth with weft weaving;
(6) the embryo cloth obtained in step (5) is carried out dyeing process, adding detergent and softener is washed, washing temperature controls at 50 DEG C-60 DEG C, and washing 15-20min, finally does heat treatment.
8. the method preparing antibiotic radiation proof cloth according to claim 7, it is characterized in that: each composition quality portion rate of described silver plating solution is: 10000 parts, water, silver compound 40 parts, thiosulfate 180 parts, 180 parts, sulphite, ethylenediamine tetra-acetic acid 3 parts, glucose amino acid 3 parts.
9. the method preparing antibiotic radiation proof cloth according to claim 7, it is characterized in that: the silver plated fiber in described step (1) is nanometer silver plating fiber, silver compound and protective agent are added to the water, adding basic solvent regulates pH value to be in 8-11, add thermal agitation and obtain nano-silver ionic adding reductant, certain argon gas is passed in vacuum chamber, base material is utilized in described vacuum chamber wait and carry out bombardment processing from font or ion source apparatus, described nano-silver ionic is joined in described vacuum chamber, vacuum magnetic-control sputtering is carried out to described base material, utilize high energy beam current to project substrate surface after lens focus simultaneously, complete plating, obtained nanometer silver plating fiber.
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| CN105755645A (en) * | 2016-05-09 | 2016-07-13 | 江苏苏扬服帽有限公司 | Anti-bacterial selfpurging blended fabric and production technology thereof |
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Application publication date: 20160113 |