CN104842595A - Thin film multilayered flocking high-elastic antibiosis warmth keeping flaky material and manufacturing method thereof - Google Patents

Thin film multilayered flocking high-elastic antibiosis warmth keeping flaky material and manufacturing method thereof Download PDF

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Publication number
CN104842595A
CN104842595A CN201510251731.8A CN201510251731A CN104842595A CN 104842595 A CN104842595 A CN 104842595A CN 201510251731 A CN201510251731 A CN 201510251731A CN 104842595 A CN104842595 A CN 104842595A
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fibre web
base material
film
film base
flocked
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CN104842595B (en
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张如全
蒋吉众
武继松
张尚勇
李建强
王成国
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Wuhan Textile University
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Wuhan Textile University
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/02—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by structural features of a fibrous or filamentary layer
    • B32B5/028—Net structure, e.g. spaced apart filaments bonded at the crossing points
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
    • B32B37/12—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by using adhesives
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B38/00—Ancillary operations in connection with laminating processes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B38/00—Ancillary operations in connection with laminating processes
    • B32B38/16—Drying; Softening; Cleaning
    • B32B38/164—Drying
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/22—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed
    • B32B5/24—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/22—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed
    • B32B5/24—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer
    • B32B5/26—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer another layer next to it also being fibrous or filamentary
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/22—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed
    • B32B5/30—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being formed of particles, e.g. chips, granules, powder
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2255/00—Coating on the layer surface
    • B32B2255/02—Coating on the layer surface on fibrous or filamentary layer
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2260/00—Layered product comprising an impregnated, embedded, or bonded layer wherein the layer comprises an impregnation, embedding, or binder material
    • B32B2260/02—Composition of the impregnated, bonded or embedded layer
    • B32B2260/021—Fibrous or filamentary layer
    • B32B2260/023—Two or more layers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2307/00—Properties of the layers or laminate
    • B32B2307/70—Other properties
    • B32B2307/714—Inert, i.e. inert to chemical degradation, corrosion
    • B32B2307/7145—Rot proof, resistant to bacteria, mildew, mould, fungi
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2437/00—Clothing

Abstract

The invention relates to a thin film multilayered flocking high-elastic antibiosis warmth keeping flaky material and a manufacturing method thereof, which belong to the technical field of textile. An antibacterial agent is sprayed in each layer of fiber web of the thin film multilayered flocking high-elastic antibacterial warmth keeping flaky material, corresponding flocking thin film base materials are respectively fixedly connected to opposite surfaces of an upper layer fiber net, a middle upper layer fiber web, a middle lower layer fiber web and a lower layer fiber web; upper layer flocks and lower layer flocks are respectively sandwiched therebetween. The middle upper layer fiber web and the middle lower layer fiber web are fixedly connected together by a hot melting film. A preparation method thereof comprises the steps of (1) preparation before flocking, (2) preparation of a fiber net, (3) spraying the antibacterial agent, (4) drying, (5) hot press laminating, (6) coating glue, (7) electrostatic flocking, (8) drying, (9) sucking flocks, (10) laminating and fixedly connecting the fiber webs, (11) combining the fiber webs, (12) drying, and (13) winding. Compared with the prior art, the warmth keeping flaky material manufactured by the invention has an antibacterial function, good elasticity and good warmth keeping property.

Description

A kind of high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula and manufacture method thereof
Technical field
The present invention relates to the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula and manufacture method thereof, belong to field of textiles.
Background technology
In life in the past, the tradition that people's use is prepared using cotton, fiber crops, silk, hair and common terylene, polyamide fibre, acrylic fibers and staple fibre etc. is heat insulating material formed as heat insulating material formed, during these are heat insulating material formed, silk and wool warmth retention property are better, but the easy breed bacteria of fiber, not resistance toly to damage by worms, and silk is expensive, wool fiber has peculiar smell, forming degree poor, and the cashmere price after multiple working procedure processing is more expensive, and the scope of application is limited to for many years.Along with living standard and scientific and technical development, people start will heat insulating material formed with regard to development of new, occur that by terylene, polypropylene fibre and acrylic fibers be main chemical fibre insulation flocculus, as the far infrared such as gum sprayed cotton, acupuncture cotton, space wadding, hot melting wool, melt-blown far infrared cotton, ultra-fine hot melting wool, down-like cotton.The principal mode of heat trnasfer has heat transfer, heat radiation and thermal convection current three kinds of modes.Material characteristics and internal structure determine the speed of its heat conduction velocity under normal circumstances, material internal structure and outer shape determine the quality of its heat radiation and antiradiation performance, its ability keeping still air and stop air flowing of material shape and structures shape.Traditional heat insulating material formedly to carry out between increased fiber still air layer to improve thermal property mainly through increasing thickness and density.The thickness of usual material is larger, density is less, the warmth retention property of material is larger, if but the density of material is too small, when causing air wherein to produce convection current, heat-insulating property declines on the contrary, for clothes with for heat insulating material formed, thickness is crossed conference and is caused the volume ratio of clothes more too fat to move, is not easy to motion and lacks aesthetic feeling again.Therefore, the exploitation of novel heat-preserving material becomes the main flow of heat insulating material formed research with research.The novel heat-preserving material developed in recent years also has far-infrared warm material, sunlight heat accumulation thermal material, medium phase-changing and temperature-regulating material etc., this kind ofly heat insulating material formedly not only follow traditional heat-insulation warm keeping principle, and can by some other form, such as absorb external heat, store and produce fuel factor to human body transmission, or solar energy, electric energy and chemical energy etc. are changed into heat energy to reach the object of heat-insulation warm keeping.In order to the insulation flocculus that processability is more excellent, static flocking technology is also incorporated into the preparation of insulation flocculus.Utilize static flocking technology to combine with traditional insulation flocculus manufacture method to prepare Novel heat-preservation flocculus and have bibliographical information.As Chinese invention patent application publication No. CN102493128A, denomination of invention is a kind of manufacture method of melt blowing warm retention wadding, this application case discloses a kind of manufacture method of melt blowing warm retention wadding, heat-accumulation temperature-adjustment short fiber is implanted in the middle of melt-blowing nonwoven by electrostatic field, obtained melt blowing warm retention wadding.This method utilizes static flocking technology, short fiber is implanted to non-woven webs inside, little to the performance impact such as elasticity and bulkiness of insulation flocculus.In daily life, bacterium is ubiquitous, and too much bacterium can cause the problem of the aspect such as skin disease, respiratory infectious disease, and the invasion and attack of common textile to bacterium do not have too many protective action.In present insulation flocculus product, high resiliency, bulkiness, warmth retention property and the insulation flocculus with anti-microbial property compares shortage can be realized, therefore, prepare a kind of high-elastic antibacterial thermal insulating flocculus and there is realistic meaning.
Summary of the invention
The object of the present invention is to provide that a kind of warmth retention property is good, the antibacterial thermal insulating flaky material of good springiness and manufacture method thereof.
To achieve these goals, technical scheme of the present invention is: the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula, is characterized in that: upper strata fibre web, fibre web at the middle and upper levels, middle lower floor fibre web, lower floor's fibre web inside is sprayed with antiseptic respectively, and hot melt film is used respectively in upper strata fibre web and at the middle and upper levels fibre web surface in opposite directions, in flocked film base material in upper hot melt film consolidation, in upper flocked film base material, upper strata fine hair is clipped in flocked film base material, in between upper flocked film base material, upper flocked film base material with in upper flocked film base material surface be in opposite directions coated with respectively and be covered with binder film, in upper binder film, binder film is inserted respectively in the two ends of upper strata fine hair, in among upper binder film, be cemented in flocked film base material, in the surface of upper flocked film base material, middle lower floor fibre web and lower floor's fibre web surface in opposite directions respectively with in descend hot melt film, lower flocked film base material in lower hot melt film consolidation, lower flocked film base material, lower flocked film base material during undercoat is clipped in, between lower flocked film base material, in lower flocked film base material apply respectively with lower flocked film base material surface in opposite directions in time binder film, lower binder film, the two ends of undercoat are lower binder film in inserting respectively, among lower binder film, lower flocked film base material in being cemented in, the surface of lower flocked film base material, is consolidated with hot melt film between fibre web and middle lower floor fibre web at the middle and upper levels.
Described upper strata fibre web, at the middle and upper levels fibre web, middle lower floor fibre web, lower floor's fibre web are the fibre web of short-fibred mechanical carding or air lay.
Described antiseptic is good anti-bacterial effect, laundry-resistant antiseptic.
Described upper flocked film base material, in upper flocked film base material, in lower flocked film base material, lower flocked film base material, upper hot melt film, in upper hot melt film, in lower hot melt film, lower hot melt film shape be bar shaped or grid shape, size is identical.
Described upper binder film, in upper binder film, in the adhesive selected of lower binder film, lower binder film be that adhesion strength is high, water-fastness, the adhesive of aging-resisting type.
Described upper strata fine hair and the material of undercoat are polyester fiber or Fypro.
A manufacture method for the high-elastic antibacterial thermal insulating flaky material of above-mentioned thin-film multilayer flocking formula, is characterized in that: the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material, in upper flocked film base material, upper hot melt film, in upper hot melt film be prepared into the shape of the identical bar shaped of size or grid; By in lower flocked film base material, lower flocked film base material, in lower hot melt film, lower hot melt film be prepared into the shape of the identical bar shaped of size or grid;
(2) fibre web preparation: prepare upper strata fibre web, at the middle and upper levels fibre web, middle lower floor fibre web, lower floor's fibre web respectively;
(3) antiseptic is sprayed: spray antiseptic respectively to upper strata fibre web, at the middle and upper levels fibre web, middle lower floor fibre web, lower floor's fibre web under a certain pressure respectively;
(4) drying: respectively to being sprayed with upper strata fibre web, the at the middle and upper levels fibre web of antiseptic, middle lower floor fibre web, lower floor's fibre web carry out drying;
(5) hot pressing overlay film: upper flocked film base material is coated on the fibre web of upper strata together with upper hot melt film, and make hot melt film between upper flocked film base material and upper strata fibre web, hot pressing makes hot melt film melting, is cemented on the fibre web of upper strata by upper flocked film base material; By in upper flocked film base material with in be coated in together with upper hot melt film at the middle and upper levels on fibre web, and in making upper hot melt film on flocked film base material and at the middle and upper levels between fibre web, upper hot melt film melting during hot pressing makes, by upper flocked film base material be cemented at the middle and upper levels on fibre web; By in lower flocked film base material with in be coated on middle lower floor fibre web together with lower hot melt film, and in making lower hot melt film in lower between flocked film base material and middle lower floor fibre web, lower hot melt film melting during hot pressing makes, by lower flocked film base material be cemented on middle lower floor fibre web; Be coated on lower floor's fibre web together with lower binder film by lower flocked film base material, and make lower binder film between lower flocked film base material and lower floor's fibre web, hot pressing makes lower binder film melting, is cemented on lower floor's fibre web by lower flocked film base material;
(6) gluing: respectively being cemented in the upper flocked film base material on the fibre web of upper strata, be cemented in flocked film base material on fibre web at the middle and upper levels, be cemented on lower floor's fibre web in lower flocked film base material, the lower flocked film base material be cemented on lower floor's fibre web surface on be coated be covered with binder film, on binder film, in lower binder film, lower binder film;
(7) electrostatic spinning: electrostatic spinning is carried out on the surface of the fibre web at the middle and upper levels respectively after gluing, middle lower floor fibre web, upper strata fine hair, undercoat are implanted in respectively fibre web at the middle and upper levels and in upper flocked film base material, middle lower floor fibre web and in the surface of lower flocked film base material;
(8) drying: drying is carried out to the fibre web at the middle and upper levels and middle lower floor fibre web that complete electrostatic spinning;
(9) suede is inhaled: the fibre web at the middle and upper levels crossed by drying and middle lower floor fibre web carry out the process of suction suede;
(10) fibre web overlay film consolidation: do not have the one side of flocking to be superimposed with each other the fibre web at the middle and upper levels after the process of suction suede and middle lower floor fibre web, and therebetween hot melt film, through Overheating Treatment will fibre web and middle lower floor fibre web be consolidated at the middle and upper levels;
(11) fibre web compound: respectively the fibre web at the middle and upper levels that the upper strata fibre web after hot pressing overlay film, gluing and suction suede are crossed is carried out compound, the middle lower floor fibre web that lower floor's fibre web is crossed with suction suede carries out compound;
(12) drying: after fibre web compound, carries out drying;
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.
Owing to adopting above technical scheme, the high-elastic antibacterial thermal insulating flaky material of gluing flocking formula of the present invention, has following characteristics:
One, the present invention utilizes static flocking technology to implant fine hair short fiber between two-layer fibre web, still air region is formed between two-layer fibre web, not only warming effect can be improved, and compared with prior art, the space of fibre web inside is large, under the condition of same thickness, the use amount of fibrous material can be reduced, reduce production cost.
Two, the present invention selects the antiseptic of good anti-bacterial effect, sprays into fibre web with the form of spraying, and can realize the antibacterial requirement of warming flaky material, also ensure the gas permeability of material, warmth retention property simultaneously, and to human body and environmental nonpollution.
Three, fine hair is shorter, and when villus length direction is stressed, bending resistance is strong, and recovery is good, the good springiness of the warming flaky material of manufacture.
Four, the hot melt film that the present invention selects is the hot melt net of Reticular breathable structure, while can meeting the bonding compound between two layer web, ensures the gas permeability of flaky material.
Five, because the two ends of fine hair are cemented on film by adhesive, and film and fibre web are consolidated, and the height of naps after flocking can be consistent, and obtained warming sheet material surface is smooth, and appearance is good.Film is the shape of bar shaped or grid, is realizing the high resiliency of warming flaky material, and while improving warmth retention property, can ensure the gas permeability of flaky material, be the ideal material of alternative eider down, as filler, can be widely used in garment industry.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 be according to embodiment of the present invention at the middle and upper levels fibre web carry out the structural representation after strip film flocking.
Fig. 3 be according to embodiment of the present invention at the middle and upper levels fibre web carry out the structural representation after the flocking of grid shape film.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
See Fig. 1-Fig. 3.
The high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, comprise upper strata fibre web 1, upper hot melt film 2, upper flocked film base material 3, upper binder film 4, upper strata fine hair 5, in upper binder film 4 ,, in upper flocked film base material 3 ,, in upper hot melt film 2 ,, fibre web 6, hot melt film 10, middle lower floor fibre web 6 at the middle and upper levels ,, in lower hot melt film 7, in lower flocked film base material 8, in lower binder film 9, undercoat 5 ,, lower binder film 9 ,, lower flocked film base material 8 ,, lower hot melt film 7 ,, lower floor's fibre web 1 ,, antiseptic 11,11 ,, 12,12 ,.Upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ,, lower floor's fibre web 1 ,for the fibre web of short-fibred mechanical carding or air lay.The antiseptic 11 of the chitosan-containing of upper strata fibre web 1 internal spray good anti-bacterial effect, the at the middle and upper levels antiseptic 11 of the chitosan-containing of fibre web 6 internal spray good anti-bacterial effect ,, middle lower floor fibre web 6 ,the antiseptic 12 of the chitosan-containing of internal spray good anti-bacterial effect ,, lower floor's fibre web 1 ,the antiseptic 12 of the chitosan-containing of internal spray good anti-bacterial effect, shitosan can affect bacterial activity, obtains good antibacterial effect, obtains good antibacterial effect, and shitosan has good wash durability.Upper strata fibre web 1 and fibre web 6 surface in opposite directions at the middle and upper levels respectively with hot melt film 2, in upper hot melt film 2 ,flocked film base material 3 in consolidation, in upper flocked film base material 3 ,, upper strata fine hair 5 be clipped in flocked film base material 3, in upper flocked film base material 3 ,between, upper flocked film base material 3 with in upper flocked film base material 3 ,surface be in opposite directions coated with respectively be covered with binder film 4, in upper binder film 4 ,, the two ends of upper strata fine hair 5 insert respectively binder film 4, in upper binder film 4 ,among, be cemented in flocked film base material 3, in upper flocked film base material 3 ,surface.Middle lower floor fibre web 6 ,with lower floor fibre web 1 ,surface is in opposite directions lower hot melt film 7, lower hot melt film 7 in using respectively ,lower flocked film base material 8, lower flocked film base material 8 in consolidation ,, undercoat 5 ,lower flocked film base material 8, lower flocked film base material 8 in being clipped in ,between, in lower flocked film base material 8 and lower flocked film base material 8 ,lower binder film 9, lower binder film 9 during surface in opposite directions applies respectively ,, undercoat 5 ,two ends insert respectively in lower binder film 9, lower binder film 9 ,among, lower flocked film base material 8, lower flocked film base material 8 in being cemented in ,surface.Upper hot melt film 2, in upper hot melt film 2 ,, in lower hot melt film 7, lower hot melt film 7 ,, upper flocked film base material 3, in upper flocked film base material 3 ,, in lower flocked film base material 8, lower flocked film base material 8 ,shape be bar shaped or grid shape, size is identical.Upper binder film 4, in upper binder film 4 ,, in lower binder film 9, lower binder film 9 ,the adhesive selected is that adhesion strength is high, water-fastness, the adhesive of aging-resisting type.Upper strata fine hair 5 and undercoat 5 ,material be polyester fiber or Fypro.Fibre web 6 and middle lower floor fibre web 6 at the middle and upper levels ,between be consolidated with hot melt film 10.
The manufacture method of the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material 3, in upper flocked film base material 3 ,, upper hot melt film 2, in upper hot melt film 2 ,be prepared into the shape of the identical bar shaped of shape size or grid; Lower flocked film base material 8, lower flocked film base material 8 in inciting somebody to action ,, in lower hot melt film 7, lower hot melt film 7 ,be prepared into the shape of the identical bar shaped of shape size or grid;
(2) fibre web preparation: the method adopting carding or air lay, prepares upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 respectively ,, lower floor's fibre web 1 ,;
(3) spray antiseptic: evenly spray antiseptic 11 to upper strata fibre web 1 under a certain pressure respectively, spray antiseptic 11 to fibre web 6 is even at the middle and upper levels ,, to middle lower floor fibre web 6 ,even sprinkling antiseptic 12 ,, to lower floor's fibre web 1 ,even sprinkling antiseptic 12, makes antiseptic 11,11 ,, 12 ,, 12 can be evenly distributed in upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 as far as possible ,, lower floor's fibre web 1 ,inside, obtain good anti-microbial property after being convenient to drying;
(4) drying: respectively to being sprayed with antiseptic 11,11 ,, 12 ,, the upper strata fibre web 1 of 12, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ,, lower floor's fibre web 1 ,carry out drying;
(5) hot pressing overlay film: upper flocked film base material 3 is coated on upper strata fibre web 1 together with upper hot melt film 2, and make hot melt film 2 between upper flocked film base material 3 and upper strata fibre web 1, hot pressing makes hot melt film 2 melting, is cemented on upper strata fibre web 1 by upper flocked film base material 3; Upper flocked film base material 3 in inciting somebody to action ,with in upper hot melt film 2 ,be coated in together at the middle and upper levels on fibre web 6, and upper hot melt film 2 in making ,in on flocked film base material 3 ,and at the middle and upper levels between fibre web 6, upper hot melt film 2 during hot pressing makes ,melting, upper flocked film base material 3 in inciting somebody to action ,be cemented at the middle and upper levels on fibre web 6; By in lower flocked film base material 8 with in be coated in middle lower floor fibre web 6 together with lower hot melt film 7 ,on, and in making lower hot melt film 7 in lower flocked film base material 8 and middle lower floor fibre web 6 ,between, lower hot melt film 7 melting during hot pressing makes, by lower flocked film base material 8 be cemented in middle lower floor fibre web 6 ,on; By lower flocked film base material 8 ,with lower binder film 9 ,be coated in lower floor's fibre web 1 together ,on, and make lower binder film 9 ,at lower flocked film base material 8 ,with lower floor fibre web 1 ,between, hot pressing makes lower binder film 9 ,melting, by lower flocked film base material 8 ,be cemented in lower floor's fibre web 1 ,on;
(6) gluing: respectively being cemented in the upper flocked film base material 3 on upper strata fibre web 1, be cemented in flocked film base material 3 at the middle and upper levels on fibre web 6 ,, be cemented in middle lower floor fibre web 6 ,on in lower flocked film base material 8, be cemented in lower floor's fibre web 1 ,on lower flocked film base material 8 ,surface on painting be covered with binder film 4, in upper binder film 4 ,, in lower binder film 9, lower binder film 9 ,;
(7) electrostatic spinning: the fibre web at the middle and upper levels 6 respectively after gluing, middle lower floor fibre web 6 ,surface on carry out electrostatic spinning, by upper strata fine hair 5, undercoat 5 ,be implanted in respectively at the middle and upper levels fibre web 6 and in upper flocked film base material 3 ,, middle lower floor fibre web 6 ,and in the surface of lower flocked film base material 8;
(8) drying: to the fibre web at the middle and upper levels 6 and the middle lower floor fibre web 6 that complete electrostatic spinning ,carry out drying, in upper binder film 4 ,, in the moisture evaporation of lower binder film 9, upper flocked film base material 3 in upper strata fine hair 5 consolidation ,surface, undercoat 5 ,the surface of lower flocked film base material 8 in consolidation;
(9) suede is inhaled: the fibre web at the middle and upper levels 6 crossed by drying and middle lower floor fibre web 6 ,, carry out the process of suction suede.Fibre web 6, middle lower floor fibre web 6 at the middle and upper levels will be scattered in ,surface on and not by the upper strata fine hair 5 of adhesive secure bond, undercoat 5 ,sop up, make fibre web 6, middle lower floor fibre web 6 at the middle and upper levels ,surface clean clean and tidy, the fine hair after flocking is neat;
(10) fibre web overlay film consolidation: by the fibre web at the middle and upper levels 6 after the process of suction suede and middle lower floor fibre web 6 ,the one side of flocking is not had to be superimposed with each other, and therebetween hot melt film 10, incite somebody to action fibre web 6 and middle lower floor fibre web 6 at the middle and upper levels through Overheating Treatment ,be consolidated;
(11) fibre web compound: respectively the fibre web at the middle and upper levels 6 that the upper strata fibre web 1 after hot pressing overlay film, gluing and suction suede are crossed is carried out compound, lower floor's fibre web 1 ,lower floor's fibre web 6 in crossing with suction suede ,carry out compound;
(12) drying: after fibre web compound, carries out drying, upper binder film 4, lower binder film 9 ,moisture evaporation, the other end of upper strata fine hair 5 is cemented in the surface of flocked film base material 3, undercoat 5 ,the other end be cemented in lower flocked film base material 8 ,surface;
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.
embodiment 1
Strip film flocking formula machinery becomes net height bullet antibacterial thermal insulating flaky material and preparation method thereof:
See Fig. 1, Fig. 2, the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, comprise upper strata fibre web 1, upper hot melt film 2, upper flocked film base material 3, upper binder film 4, upper strata fine hair 5, in upper binder film 4 ', in upper flocked film base material 3 ', in upper hot melt film 2 ', at the middle and upper levels fibre web 6, hot melt film 10, middle lower floor fibre web 6 ', in lower hot melt film 7, in lower flocked film base material 8, in lower binder film 9, undercoat 5 ', lower binder film 9 ', lower flocked film base material 8 ', lower hot melt film 7 ', lower floor's fibre web 1 ', antiseptic 11,11 ,, 12,12 ,.Upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' are for being 3D for fineness, length is the hollow polyester fibre of the three-dimensional crimp of 51mm and fineness is 3D, length is 51mm, fusing point is the low-melting fiber of 110 DEG C, shredding mixing is carried out, through the fibre web that short-fibred mechanical combing prepares according to weight ratio 80%:20%.Spray the antiseptic 11 containing shitosan at upper strata fibre web 1, fibre web 6 sprays the antiseptic 11 containing shitosan at the middle and upper levels ,, middle lower floor fibre web 6 ' sprays the antiseptic 12 containing shitosan ,, lower floor's fibre web 1 ' sprays the antiseptic 12 containing shitosan, upper strata fibre web 1 and at the middle and upper levels fibre web 6 surface are in opposite directions respectively with hot melt film 2, in flocked film base material 3 in upper hot melt film 2 ' consolidation, in upper flocked film base material 3 ', upper strata fine hair 5 is clipped in flocked film base material 3, in between upper flocked film base material 3 ', upper flocked film base material 3 with in upper flocked film base material 3 ' surface be in opposite directions coated with respectively and be covered with binder film 4, in upper binder film 4 ', binder film 4 is inserted at the two ends of upper strata fine hair 5 respectively, in among upper binder film 4 ', be cemented in flocked film base material 3, in the surface of upper flocked film base material 3 '.Middle lower floor fibre web 6 ' and lower floor's fibre web 1 ' surface be in opposite directions lower hot melt film 7 in using respectively, lower flocked film base material 8 in lower hot melt film 7 ' consolidation, lower flocked film base material 8 ', lower flocked film base material 8 during undercoat 5 ' is clipped in, between lower flocked film base material 8 ', in lower flocked film base material 8 apply respectively with lower flocked film base material 8 ' surface in opposite directions in lower binder film 9, lower binder film 9 ', the two ends of undercoat 5 ' are lower binder film 9 in inserting respectively, among lower binder film 9 ', lower flocked film base material 8 in being cemented in, the surface of lower flocked film base material 8 '.Upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, lower hot melt film 7 ', upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' shape be width be 1cm, spacing distance is the bar shaped along fabric width directional spreding of 1cm.Upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' be PET film base material.Upper strata fine hair 5 is fineness with the material of undercoat 5 ' is 5D, and length is the polyester staple fiber of 1.5mm.Be consolidated with hot melt film between fibre web 6 and middle lower floor fibre web 6 ' at the middle and upper levels, upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, hot melt film between lower hot melt film 7 ', at the middle and upper levels fibre web 6 and middle lower floor fibre web 6 ' be EVA hot-melt adhesive nethike embrane, melting temperature is 110 DEG C.The adhesive that adhesive is selected is high, water-fastness, the ageing-resistant polyacrylate static flocking adhesive of adhesion strength.
The manufacture method of the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material 3, in upper flocked film base material 3 ', upper hot melt film 2, in upper hot melt film 2 ' be prepared into the identical bar shape of shape size; Will in lower flocked film base material 8, lower flocked film base material 8 ', in lower hot melt film 7, lower hot melt film 7 ' be prepared into the identical bar shape of shape size;
(2) fibre web preparation: the method adopting carding, prepares upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' respectively;
(3) spray antiseptic: evenly spray antiseptic 11 to upper strata fibre web 1 under a certain pressure respectively, spray antiseptic 11 to fibre web 6 is even at the middle and upper levels ,, to middle lower floor fibre web 6 ,even sprinkling antiseptic 12 ,, to lower floor's fibre web 1 ,even sprinkling antiseptic 12, makes antiseptic 11,11 ,, 12 ,, 12 can be evenly distributed in upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 as far as possible ,, lower floor's fibre web 1 ,inside, obtain good anti-microbial property after being convenient to drying;
(4) drying: respectively to being sprayed with antiseptic 11,11 ,, 12 ,, the upper strata fibre web 1 of 12, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ,, lower floor's fibre web 1 ,carry out drying;
(5) hot pressing overlay film: upper flocked film base material 3 is coated on upper strata fibre web 1 together with upper hot melt film 2, and make hot melt film 2 between upper flocked film base material 3 and upper strata fibre web 1, hot pressing makes hot melt film 2 melting, is cemented on upper strata fibre web 1 by upper flocked film base material 3; Will in upper flocked film base material 3 ' with in go up and to be coated in together with hot melt film 2 ' at the middle and upper levels on fibre web 6, and in making upper hot melt film 2 ' on flocked film base material 3 ' and at the middle and upper levels between fibre web 6, upper hot melt film 2 ' melting during hot pressing makes, will in upper flocked film base material 3 ' be cemented at the middle and upper levels on fibre web 6; By in lower flocked film base material 8 with in be coated on middle lower floor fibre web 6 ' together with lower hot melt film 7, and in making lower hot melt film 7 in lower between flocked film base material 8 and middle lower floor fibre web 6 ', lower hot melt film 7 melting during hot pressing makes, by lower flocked film base material 8 be cemented on middle lower floor fibre web 6 '; Upper flocked film base material 3 be cemented in upper strata fibre web 1, in upper flocked film base material 3 ' to be cemented in the position of fibre web 6 at the middle and upper levels corresponding.Lower flocked film base material 8 ' is coated on lower floor's fibre web 1 ' together with lower binder film 9 ', and make lower binder film 9 ' between lower flocked film base material 8 ' and lower floor's fibre web 1 ', hot pressing makes the melting of lower binder film 9 ', lower flocked film base material 8 ' is cemented on lower floor's fibre web 1 ', in lower flocked film base material 8 and lower flocked film base material 8 ' be cemented in middle lower floor fibre web 6 ', lower floor's fibre web 1 ' position also corresponding.Hot pressing temperature is 160 DEG C, and pressure size is 2.5bar, and hot pressing time is 10min;
(6) gluing: respectively being cemented in the upper flocked film base material 3 on upper strata fibre web 1, be cemented in flocked film base material 3 ' on fibre web 6 at the middle and upper levels, be cemented in painting on the surface of lower flocked film base material 8, the lower flocked film base material 8 ' be cemented on lower floor's fibre web 1 ' on middle lower floor fibre web 6 ' be covered with binder film 4, in upper binder film 4 ', in lower binder film 9, lower binder film 9 ', adhesive thickness is 0.5mm;
(7) electrostatic spinning: electrostatic spinning is carried out on the surface of the fibre web at the middle and upper levels 6 respectively after gluing, middle lower floor fibre web 6 ', use rated voltage is 50kV, output current is 5mA, the high voltage electric field of high voltage electric field anode-cathode distance 12cm upper strata fine hair 5, undercoat 5 ' are implanted in respectively fibre web 6 at the middle and upper levels and in upper flocked film base material 3 ', middle lower floor fibre web 6 ' and in the surface of lower flocked film base material 8, and make upper strata fine hair 5, undercoat 5 ' is in straight configuration;
(8) drying: drying is carried out to the fibre web at the middle and upper levels 6 and middle lower floor fibre web 6 ' that complete electrostatic spinning, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, upper binder film 4 ' during drying makes, in the moisture evaporation of lower binder film 9, the surface of upper flocked film base material 3 ' in upper strata fine hair 5 consolidation, the surface of lower flocked film base material 8 in undercoat 5 ' consolidation;
(9) inhale suede: the fibre web at the middle and upper levels 6 crossed by drying and middle lower floor fibre web 6 ', carry out the process of suction suede.By on the surface being scattered in fibre web 6, middle lower floor fibre web 6 ' at the middle and upper levels and do not sopped up by the upper strata fine hair 5 of adhesive secure bond, undercoat 5 ';
(10) fibre web overlay film consolidation: do not have the one side of flocking to be superimposed with each other the fibre web at the middle and upper levels 6 after the process of suction suede and middle lower floor fibre web 6 ', and therebetween hot melt film 10, it is 160 DEG C through hot pressing temperature, pressure size is 2.5bar, hot pressing time is the hot-pressing processing of 10min, will fibre web 6 and middle lower floor fibre web 6 ' be consolidated at the middle and upper levels;
(11) fibre web compound: respectively by the upper strata fibre web 1 after hot pressing overlay film, gluing and the fibre web at the middle and upper levels 6 inhaled suede and cross, the middle lower floor fibre web 6 ' that lower floor's fibre web 1 ' is crossed with suction suede is 50kV in rated voltage, output current is 5mA, carries out compound under the high voltage electric field effect of high voltage electric field anode-cathode distance 12cm;
(12) drying: after fibre web compound, carry out drying, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, drying makes the moisture of binder film 4, lower binder film 9 ' evaporate, and the other end of upper strata fine hair 5 is cemented in the surface of flocked film base material 3, and the other end of undercoat 5 ' is cemented in the surface of lower flocked film base material 8 ';
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.
embodiment 2
Grid shape film flocking formula machinery becomes net height bullet antibacterial thermal insulating flaky material and preparation method thereof:
See Fig. 1, Fig. 3, the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, comprise upper strata fibre web 1, upper hot melt film 2, upper flocked film base material 3, upper binder film 4, upper strata fine hair 5, in upper binder film 4 ', in upper flocked film base material 3 ', in upper hot melt film 2 ', at the middle and upper levels fibre web 6, hot melt film 10, middle lower floor fibre web 6 ', in lower hot melt film 7, in lower flocked film base material 8, in lower binder film 9, undercoat 5 ', lower binder film 9 ', lower flocked film base material 8 ', lower hot melt film 7 ', lower floor's fibre web 1 ', antiseptic 11,11 ,, 12,12 ,.Upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' are for being 3D for fineness, length is the hollow polyester fibre of the three-dimensional crimp of 51mm and fineness is 3D, length is 51mm, fusing point is the low-melting fiber of 110 DEG C, shredding mixing is carried out, through the fibre web that short-fibred mechanical combing prepares according to weight ratio 80%:20%.Spray the antiseptic 11 containing shitosan at upper strata fibre web 1, fibre web 6 sprays the antiseptic 11 containing shitosan at the middle and upper levels ,, middle lower floor fibre web 6 ' sprays the antiseptic 12 containing shitosan ,, lower floor's fibre web 1 ' sprays the antiseptic 12 containing shitosan, upper strata fibre web 1 and at the middle and upper levels fibre web 6 surface are in opposite directions respectively with hot melt film 2, in flocked film base material 3 in upper hot melt film 2 ' consolidation, in upper flocked film base material 3 ', upper strata fine hair 5 is clipped in flocked film base material 3, in between upper flocked film base material 3 ', upper flocked film base material 3 with in upper flocked film base material 3 ' surface be in opposite directions coated with respectively and be covered with binder film 4, in upper binder film 4 ', binder film 4 is inserted at the two ends of upper strata fine hair 5 respectively, in among upper binder film 4 ', be cemented in flocked film base material 3, in the surface of upper flocked film base material 3 '.Middle lower floor fibre web 6 ' and lower floor's fibre web 1 ' surface be in opposite directions lower hot melt film 7 in using respectively, lower flocked film base material 8 in lower hot melt film 7 ' consolidation, lower flocked film base material 8 ', lower flocked film base material 8 during undercoat 5 ' is clipped in, between lower flocked film base material 8 ', in lower flocked film base material 8 apply respectively with lower flocked film base material 8 ' surface in opposite directions in lower binder film 9, lower binder film 9 ', the two ends of undercoat 5 ' are lower binder film 9 in inserting respectively, among lower binder film 9 ', lower flocked film base material 8 in being cemented in, the surface of lower flocked film base material 8 '.Upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, lower hot melt film 7 ', upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' shape for being 1cm along fabric width direction width, spacing distance is 1cm, be 1cm along width length direction width, spacing distance is the grid shape of 1cm.Upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' be PET film base material.Upper strata fine hair 5 is fineness with the material of undercoat 5 ' is 5D, and length is the polyamide short fibre of 1.5mm.Be consolidated with hot melt film between fibre web 6 and middle lower floor fibre web 6 ' at the middle and upper levels, upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, hot melt film between lower hot melt film 7 ', at the middle and upper levels fibre web 6 and middle lower floor fibre web 6 ' be EVA hot-melt adhesive nethike embrane, melting temperature is 110 DEG C.The adhesive that adhesive is selected is high, water-fastness, the ageing-resistant polyacrylate static flocking adhesive of adhesion strength.
The manufacture method of the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material 3, in upper flocked film base material 3 ', upper hot melt film 2, in upper hot melt film 2 ' be prepared into the identical grid shape shape of shape size; Will in lower flocked film base material 8, lower flocked film base material 8 ', in lower hot melt film 7, lower hot melt film 7 ' be prepared into the identical grid shape shape of shape size;
(2) fibre web preparation: the method adopting carding, prepares upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' respectively;
(3) spray antiseptic: evenly spray antiseptic 11 to upper strata fibre web 1 under a certain pressure respectively, spray antiseptic 11 to fibre web 6 is even at the middle and upper levels ,, to middle lower floor fibre web 6 ,even sprinkling antiseptic 12 ,, to lower floor's fibre web 1 ,even sprinkling antiseptic 12, makes antiseptic 11,11 ,, 12 ,, 12 can be evenly distributed in upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 as far as possible ,, lower floor's fibre web 1 ,inside, obtain good anti-microbial property after being convenient to drying;
(4) drying: respectively to being sprayed with antiseptic 11,11 ,, 12 ,, the upper strata fibre web 1 of 12, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ,, lower floor's fibre web 1 ,carry out drying;
(5) hot pressing overlay film: upper flocked film base material 3 is coated on upper strata fibre web 1 together with upper hot melt film 2, and make hot melt film 2 between upper flocked film base material 3 and upper strata fibre web 1, hot pressing makes hot melt film 2 melting, is cemented on upper strata fibre web 1 by upper flocked film base material 3; Will in upper flocked film base material 3 ' with in go up and to be coated in together with hot melt film 2 ' at the middle and upper levels on fibre web 6, and in making upper hot melt film 2 ' on flocked film base material 3 ' and at the middle and upper levels between fibre web 6, upper hot melt film 2 ' melting during hot pressing makes, will in upper flocked film base material 3 ' be cemented at the middle and upper levels on fibre web 6; By in lower flocked film base material 8 with in be coated on middle lower floor fibre web 6 ' together with lower hot melt film 7, and in making lower hot melt film 7 in lower between flocked film base material 8 and middle lower floor fibre web 6 ', lower hot melt film 7 melting during hot pressing makes, by lower flocked film base material 8 be cemented on middle lower floor fibre web 6 '; Upper flocked film base material 3 be cemented in upper strata fibre web 1, in upper flocked film base material 3 ' to be cemented in the position of fibre web 6 at the middle and upper levels corresponding.Lower flocked film base material 8 ' is coated on lower floor's fibre web 1 ' together with lower binder film 9 ', and make lower binder film 9 ' between lower flocked film base material 8 ' and lower floor's fibre web 1 ', hot pressing makes the melting of lower binder film 9 ', lower flocked film base material 8 ' is cemented on lower floor's fibre web 1 ', in lower flocked film base material 8 and lower flocked film base material 8 ' be cemented in middle lower floor fibre web 6 ', lower floor's fibre web 1 ' position also corresponding.Hot pressing temperature is 160 DEG C, and pressure size is 2.5bar, and hot pressing time is 10min;
(6) gluing: respectively being cemented in the upper flocked film base material 3 on upper strata fibre web 1, be cemented in flocked film base material 3 ' on fibre web 6 at the middle and upper levels, be cemented in painting on the surface of lower flocked film base material 8, the lower flocked film base material 8 ' be cemented on lower floor's fibre web 1 ' on middle lower floor fibre web 6 ' be covered with binder film 4, in upper binder film 4 ', in lower binder film 9, lower binder film 9 ', adhesive thickness is 0.5mm;
(7) electrostatic spinning: electrostatic spinning is carried out on the surface of the fibre web at the middle and upper levels 6 respectively after gluing, middle lower floor fibre web 6 ', use rated voltage is 50kV, output current is 5mA, the high voltage electric field of high voltage electric field anode-cathode distance 12cm upper strata fine hair 5, undercoat 5 ' are implanted in respectively fibre web 6 at the middle and upper levels and in upper flocked film base material 3 ', middle lower floor fibre web 6 ' and in the surface of lower flocked film base material 8, and make upper strata fine hair 5, undercoat 5 ' is in straight configuration;
(8) drying: drying is carried out to the fibre web at the middle and upper levels 6 and middle lower floor fibre web 6 ' that complete electrostatic spinning, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, upper binder film 4 ' during drying makes, in the moisture evaporation of lower binder film 9, the surface of upper flocked film base material 3 ' in upper strata fine hair 5 consolidation, the surface of lower flocked film base material 8 in undercoat 5 ' consolidation;
(9) inhale suede: the fibre web at the middle and upper levels 6 crossed by drying and middle lower floor fibre web 6 ', carry out the process of suction suede.By on the surface being scattered in fibre web 6, middle lower floor fibre web 6 ' at the middle and upper levels and do not sopped up by the upper strata fine hair 5 of adhesive secure bond, undercoat 5 ';
(10) fibre web overlay film consolidation: do not have the one side of flocking to be superimposed with each other the fibre web at the middle and upper levels 6 after the process of suction suede and middle lower floor fibre web 6 ', and therebetween hot melt film 10, it is 160 DEG C through hot pressing temperature, pressure size is 2.5bar, hot pressing time is the hot-pressing processing of 10min, will fibre web 6 and middle lower floor fibre web 6 ' be consolidated at the middle and upper levels;
(11) fibre web compound: respectively by the upper strata fibre web 1 after hot pressing overlay film, gluing and the fibre web at the middle and upper levels 6 inhaled suede and cross, the middle lower floor fibre web 6 ' that lower floor's fibre web 1 ' is crossed with suction suede is 50kV in rated voltage, output current is 5mA, carries out compound under the high voltage electric field effect of high voltage electric field anode-cathode distance 12cm;
(12) drying: after fibre web compound, carry out drying, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, drying makes the moisture of binder film 4, lower binder film 9 ' evaporate, and the other end of upper strata fine hair 5 is cemented in the surface of flocked film base material 3, and the other end of undercoat 5 ' is cemented in the surface of lower flocked film base material 8 ';
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.
embodiment 3
High-elastic antibacterial thermal insulating flaky material of strip film flocking formula air lay and preparation method thereof:
See Fig. 1, Fig. 2, the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, comprise upper strata fibre web 1, upper hot melt film 2, upper flocked film base material 3, upper binder film 4, upper strata fine hair 5, in upper binder film 4 ', in upper flocked film base material 3 ', in upper hot melt film 2 ', at the middle and upper levels fibre web 6, hot melt film 10, middle lower floor fibre web 6 ', in lower hot melt film 7, in lower flocked film base material 8, in lower binder film 9, undercoat 5 ', lower binder film 9 ', lower flocked film base material 8 ', lower hot melt film 7 ', lower floor's fibre web 1 ', antiseptic 11,11 ,, 12,12 ,.Upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' are for being 3D for fineness, length is the hollow polyester fibre of the three-dimensional crimp of 51mm and fineness is 3D, length is 51mm, fusing point is the low-melting fiber of 110 DEG C, shredding mixing is carried out, through the fibre web that short-fiber airlaid prepares according to weight ratio 80%:20%.Spray the antiseptic 11 containing shitosan at upper strata fibre web 1, fibre web 6 sprays the antiseptic 11 containing shitosan at the middle and upper levels ,, middle lower floor fibre web 6 ' sprays the antiseptic 12 containing shitosan ,, lower floor's fibre web 1 ' sprays the antiseptic 12 containing shitosan, upper strata fibre web 1 and at the middle and upper levels fibre web 6 surface are in opposite directions respectively with hot melt film 2, in flocked film base material 3 in upper hot melt film 2 ' consolidation, in upper flocked film base material 3 ', upper strata fine hair 5 is clipped in flocked film base material 3, in between upper flocked film base material 3 ', upper flocked film base material 3 with in upper flocked film base material 3 ' surface be in opposite directions coated with respectively and be covered with binder film 4, in upper binder film 4 ', binder film 4 is inserted at the two ends of upper strata fine hair 5 respectively, in among upper binder film 4 ', be cemented in flocked film base material 3, in the surface of upper flocked film base material 3 '.Middle lower floor fibre web 6 ' and lower floor's fibre web 1 ' surface be in opposite directions lower hot melt film 7 in using respectively, lower flocked film base material 8 in lower hot melt film 7 ' consolidation, lower flocked film base material 8 ', lower flocked film base material 8 during undercoat 5 ' is clipped in, between lower flocked film base material 8 ', in lower flocked film base material 8 apply respectively with lower flocked film base material 8 ' surface in opposite directions in lower binder film 9, lower binder film 9 ', the two ends of undercoat 5 ' are lower binder film 9 in inserting respectively, among lower binder film 9 ', lower flocked film base material 8 in being cemented in, the surface of lower flocked film base material 8 '.Upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, lower hot melt film 7 ', upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' shape be width be 1cm, spacing distance is the bar shaped along fabric width directional spreding of 1cm.Upper flocked film base material 3, in upper flocked film base material 3 ', in lower flocked film base material 8, lower flocked film base material 8 ' be PET film base material.Upper strata fine hair 5 is fineness with the material of undercoat 5 ' is 5D, and length is the polyester staple fiber of 1.5mm.Be consolidated with hot melt film between fibre web 6 and middle lower floor fibre web 6 ' at the middle and upper levels, upper hot melt film 2, in upper hot melt film 2 ', in lower hot melt film 7, hot melt film between lower hot melt film 7 ', at the middle and upper levels fibre web 6 and middle lower floor fibre web 6 ' be EVA hot-melt adhesive nethike embrane, melting temperature is 110 DEG C.The adhesive that adhesive is selected is high, water-fastness, the ageing-resistant polyacrylate static flocking adhesive of adhesion strength.
The manufacture method of the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material 3, in upper flocked film base material 3 ', upper hot melt film 2, in upper hot melt film 2 ' be prepared into the identical bar shape of shape size; Will in lower flocked film base material 8, lower flocked film base material 8 ', in lower hot melt film 7, lower hot melt film 7 ' be prepared into the identical bar shape of shape size;
(2) fibre web preparation: the method adopting air lay, prepares upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ', lower floor's fibre web 1 ' respectively;
(3) spray antiseptic: evenly spray antiseptic 11 to upper strata fibre web 1 under a certain pressure respectively, spray antiseptic 11 to fibre web 6 is even at the middle and upper levels ,, to middle lower floor fibre web 6 ,even sprinkling antiseptic 12 ,, to lower floor's fibre web 1 ,even sprinkling antiseptic 12, makes antiseptic 11,11 ,, 12 ,, 12 can be evenly distributed in upper strata fibre web 1, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 as far as possible ,, lower floor's fibre web 1 ,inside, obtain good anti-microbial property after being convenient to drying;
(4) drying: respectively to being sprayed with antiseptic 11,11 ,, 12 ,, the upper strata fibre web 1 of 12, at the middle and upper levels fibre web 6, middle lower floor fibre web 6 ,, lower floor's fibre web 1 ,carry out drying;
(5) hot pressing overlay film: upper flocked film base material 3 is coated on upper strata fibre web 1 together with upper hot melt film 2, and make hot melt film 2 between upper flocked film base material 3 and upper strata fibre web 1, hot pressing makes hot melt film 2 melting, is cemented on upper strata fibre web 1 by upper flocked film base material 3; Will in upper flocked film base material 3 ' with in go up and to be coated in together with hot melt film 2 ' at the middle and upper levels on fibre web 6, and in making upper hot melt film 2 ' on flocked film base material 3 ' and at the middle and upper levels between fibre web 6, upper hot melt film 2 ' melting during hot pressing makes, will in upper flocked film base material 3 ' be cemented at the middle and upper levels on fibre web 6; By in lower flocked film base material 8 with in be coated on middle lower floor fibre web 6 ' together with lower hot melt film 7, and in making lower hot melt film 7 in lower between flocked film base material 8 and middle lower floor fibre web 6 ', lower hot melt film 7 melting during hot pressing makes, by lower flocked film base material 8 be cemented on middle lower floor fibre web 6 '; Upper flocked film base material 3 be cemented in upper strata fibre web 1, in upper flocked film base material 3 ' to be cemented in the position of fibre web 6 at the middle and upper levels corresponding.Lower flocked film base material 8 ' is coated on lower floor's fibre web 1 ' together with lower binder film 9 ', and make lower binder film 9 ' between lower flocked film base material 8 ' and lower floor's fibre web 1 ', hot pressing makes the melting of lower binder film 9 ', lower flocked film base material 8 ' is cemented on lower floor's fibre web 1 ', in lower flocked film base material 8 and lower flocked film base material 8 ' be cemented in middle lower floor fibre web 6 ', lower floor's fibre web 1 ' position also corresponding.Hot pressing temperature is 160 DEG C, and pressure size is 2.5bar, and hot pressing time is 10min;
(6) gluing: respectively being cemented in the upper flocked film base material 3 on upper strata fibre web 1, be cemented in flocked film base material 3 ' on fibre web 6 at the middle and upper levels, be cemented in painting on the surface of lower flocked film base material 8, the lower flocked film base material 8 ' be cemented on lower floor's fibre web 1 ' on middle lower floor fibre web 6 ' be covered with binder film 4, in upper binder film 4 ', in lower binder film 9, lower binder film 9 ', adhesive thickness is 0.5mm;
(7) electrostatic spinning: electrostatic spinning is carried out on the surface of the fibre web at the middle and upper levels 6 respectively after gluing, middle lower floor fibre web 6 ', use rated voltage is 50kV, output current is 5mA, the high voltage electric field of high voltage electric field anode-cathode distance 12cm upper strata fine hair 5, undercoat 5 ' are implanted in respectively fibre web 6 at the middle and upper levels and in upper flocked film base material 3 ', middle lower floor fibre web 6 ' and in the surface of lower flocked film base material 8, and make upper strata fine hair 5, undercoat 5 ' is in straight configuration;
(8) drying: drying is carried out to the fibre web at the middle and upper levels 6 and middle lower floor fibre web 6 ' that complete electrostatic spinning, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, upper binder film 4 ' during drying makes, in the moisture evaporation of lower binder film 9, the surface of upper flocked film base material 3 ' in upper strata fine hair 5 consolidation, the surface of lower flocked film base material 8 in undercoat 5 ' consolidation;
(9) inhale suede: the fibre web at the middle and upper levels 6 crossed by drying and middle lower floor fibre web 6 ', carry out the process of suction suede.By on the surface being scattered in fibre web 6, middle lower floor fibre web 6 ' at the middle and upper levels and do not sopped up by the upper strata fine hair 5 of adhesive secure bond, undercoat 5 ';
(10) fibre web overlay film consolidation: do not have the one side of flocking to be superimposed with each other the fibre web at the middle and upper levels 6 after the process of suction suede and middle lower floor fibre web 6 ', and therebetween hot melt film 10, it is 160 DEG C through hot pressing temperature, pressure size is 2.5bar, hot pressing time is the hot-pressing processing of 10min, will fibre web 6 and middle lower floor fibre web 6 ' be consolidated at the middle and upper levels;
(11) fibre web compound: respectively by the upper strata fibre web 1 after hot pressing overlay film, gluing and the fibre web at the middle and upper levels 6 inhaled suede and cross, the middle lower floor fibre web 6 ' that lower floor's fibre web 1 ' is crossed with suction suede is 50kV in rated voltage, output current is 5mA, carries out compound under the high voltage electric field effect of high voltage electric field anode-cathode distance 12cm;
(12) drying: after fibre web compound, carry out drying, drying mode is hot blast drying, temperature is 160 DEG C, criteria thus the drying time is 3min, drying makes the moisture of binder film 4, lower binder film 9 ' evaporate, and the other end of upper strata fine hair 5 is cemented in the surface of flocked film base material 3, and the other end of undercoat 5 ' is cemented in the surface of lower flocked film base material 8 ';
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.

Claims (7)

1. the high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula, is characterized in that: antiseptic (11) is sprayed in upper strata fibre web (1) inside, and antiseptic (11 is sprayed in fibre web (6) inside at the middle and upper levels ,), middle lower floor fibre web (6 ,) inner spraying antiseptic (12 ,), lower floor's fibre web (1 ,) inner spray antiseptic (12), upper strata fibre web (1) and fibre web (6) surface in opposite directions at the middle and upper levels respectively with hot melt film (2), in upper hot melt film (2 ,) flocked film base material (3) in consolidation, in upper flocked film base material (3 ,), upper strata fine hair (5) be clipped in flocked film base material (3), in upper flocked film base material (3 ,) between, upper flocked film base material (3) with in upper flocked film base material (3 ,) surface be in opposite directions coated with respectively be covered with binder film (4), in upper binder film (4 ,), the two ends of upper strata fine hair (5) insert respectively binder film (4), in upper binder film (4 ,) among, be cemented in flocked film base material (3), in upper flocked film base material (3 ,) surface, middle lower floor fibre web (6 ,) and lower floor's fibre web (1 ,) surface in opposite directions respectively with in lower hot melt film (7), lower hot melt film (7 ,) lower flocked film base material (8), lower flocked film base material (8 in consolidation ,), undercoat (5 ,) be clipped in lower flocked film base material (8), lower flocked film base material (8 ,) between, in lower flocked film base material (8) and lower flocked film base material (8 ,) surface in opposite directions lower binder film (9), lower binder film (9 in applying respectively ,), undercoat (5 ,) two ends insert respectively in lower binder film (9), lower binder film (9 ,) among, lower flocked film base material (8), lower flocked film base material (8 in being cemented in ,) surface, fibre web (6) and middle lower floor fibre web (6 at the middle and upper levels ,) between be consolidated with hot melt film (10).
2. the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula as claimed in claim 1, is characterized in that: described upper strata fibre web (1), at the middle and upper levels fibre web (6), middle lower floor fibre web (6 ,), lower floor's fibre web (1 ,) be the fibre web of short-fibred mechanical carding or air lay.
3. the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula as claimed in claim 1, is characterized in that: described antiseptic (11) (11 ,) (12) (12 ,) be good anti-bacterial effect, laundry-resistant antiseptic.
4. the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula as claimed in claim 1, is characterized in that: described upper flocked film base material (3), in upper flocked film base material (3 ,), in lower flocked film base material (8), lower flocked film base material (8 ,), upper hot melt film (2), in upper hot melt film (2 ,), in lower hot melt film (7), lower hot melt film (7 ,) shape be bar shaped or grid shape, size is identical.
5. the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula as claimed in claim 1, is characterized in that: described upper binder film (4), in upper binder film (4 ,), in lower binder film (9), lower binder film (9 ,) adhesive selected is that adhesion strength is high, water-fastness, the adhesive of aging-resisting type.
6. the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula as claimed in claim 1, is characterized in that: described upper strata fine hair (5) and undercoat (5 ,) material be polyester fiber or Fypro.
7. the manufacture method of the high-elastic antibacterial thermal insulating flaky material of a kind of thin-film multilayer flocking formula according to any one of claim 1-6, is characterized in that: the method comprises the steps:
(1) prepare before flocking: by upper flocked film base material (3), in upper flocked film base material (3 ,), upper hot melt film (2), in upper hot melt film (2 ,) be prepared into the shape of the identical bar shaped of size or grid; Lower flocked film base material (8), lower flocked film base material (8 in inciting somebody to action ,), in lower hot melt film (7), lower hot melt film (7 ,) be prepared into the shape of the identical bar shaped of size or grid;
(2) fibre web preparation: prepare upper strata fibre web (1), at the middle and upper levels fibre web (6), middle lower floor fibre web (6 respectively ,), lower floor's fibre web (1 ,);
(3) spray antiseptic: respectively spray antiseptic (11) to upper strata fibre web (1) under a certain pressure, spray antiseptic (11 to fibre web (6) at the middle and upper levels ,), to middle lower floor fibre web (6 ,) spray antiseptic (12 ,), lower floor's fibre web (1 ,) spray antiseptic (12);
(4) drying: respectively to the upper strata fibre web (1) being sprayed with antiseptic (11), be sprayed with antiseptic (11 ,) fibre web at the middle and upper levels (6), be sprayed with antiseptic (12 ,) middle lower floor fibre web (6 ,), be sprayed with lower floor's fibre web (1 of antiseptic (12) ,) carry out drying;
(5) hot pressing overlay film: upper flocked film base material (3) is coated on upper strata fibre web (1) together with upper hot melt film (2), and make hot melt film (2) between upper flocked film base material (3) and upper strata fibre web (1), hot pressing makes hot melt film (2) melting, is cemented on upper strata fibre web (1) by upper flocked film base material (3); Upper flocked film base material (3 in inciting somebody to action ,) with in upper hot melt film (2 ,) be coated in together at the middle and upper levels on fibre web (6), and upper hot melt film (2 in making ,) on flocked film base material (3 ,) and at the middle and upper levels between fibre web (6), upper hot melt film (2 during hot pressing makes ,) melting, upper flocked film base material (3 in inciting somebody to action ,) be cemented at the middle and upper levels on fibre web (6); Will in lower flocked film base material (8) with in descend together with hot melt film (7) to be coated in middle lower floor fibre web (6 ,) on, and in making lower hot melt film (7) in lower flocked film base material (8) and middle lower floor fibre web (6 ,) between, hot melt film (7) melting down during hot pressing makes, in inciting somebody to action, lower flocked film base material (8) is cemented in middle lower floor fibre web (6 ,) on; By lower flocked film base material (8 ,) and lower binder film (9 ,) be coated in lower floor's fibre web (1 together ,) on, and make lower binder film (9 ,) at lower flocked film base material (8 ,) and lower floor's fibre web (1 ,) between, hot pressing makes lower binder film (9 ,) melting, by lower flocked film base material (8 ,) be cemented in lower floor's fibre web (1 ,) on;
(6) gluing: respectively being cemented in the upper flocked film base material (3) on upper strata fibre web (1), be cemented in upper flocked film base material (3 at the middle and upper levels on fibre web (6) ,), be cemented in middle lower floor fibre web (6 ,) in lower flocked film base material (8), be cemented in lower floor's fibre web (1 ,) on lower flocked film base material (8 ,) surface on painting be covered with binder film (4), in upper binder film (4 ,), in lower binder film (9), lower binder film (9 ,);
(7) electrostatic spinning: the fibre web at the middle and upper levels (6) respectively after gluing, middle lower floor fibre web (6 ,) surface on carry out electrostatic spinning, by upper strata fine hair (5), undercoat (5 ,) be implanted in respectively at the middle and upper levels fibre web (6) and in upper flocked film base material (3 ,), middle lower floor fibre web (6 ,) and in the surface of lower flocked film base material (8);
(8) drying: to the fibre web at the middle and upper levels (6) and the middle lower floor fibre web (6 that complete electrostatic spinning ,) carry out drying;
(9) suede is inhaled: the fibre web at the middle and upper levels (6) crossed by drying and middle lower floor fibre web (6 ,) carry out the process of suction suede;
(10) fibre web overlay film consolidation: by the fibre web at the middle and upper levels (6) after the process of suction suede and middle lower floor fibre web (6 ,) do not have the one side of flocking to be superimposed with each other, and therebetween hot melt film (10), incite somebody to action fibre web (6) and middle lower floor fibre web (6 at the middle and upper levels through Overheating Treatment ,) be consolidated;
(11) fibre web compound: respectively the fibre web at the middle and upper levels (6) that the upper strata fibre web (1) after hot pressing overlay film, gluing and suction suede are crossed is carried out compound, lower floor's fibre web (1 ,) with inhale the middle lower floor fibre web (6 crossed of suede ,) carry out compound;
(12) drying: after fibre web compound, carries out drying;
(13) reel: after drying, winding, the obtained high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula.
CN201510251731.8A 2015-05-18 2015-05-18 A kind of high-elastic antibacterial thermal insulating flaky material of thin-film multilayer flocking formula and its manufacture method Active CN104842595B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2381484Y (en) * 1999-05-26 2000-06-07 陈学清 Thermal insulating composite flannelette
CN2439447Y (en) * 2000-07-21 2001-07-18 上海菲常保暖制品开发应用有限公司 Bacteriostasis, high strength of extension and super warm keeping composite material
CN1730804A (en) * 2005-08-26 2006-02-08 上海汽车集团股份有限公司 Antibacterial fabric and its preparation method
US20060231188A1 (en) * 2004-12-07 2006-10-19 Wen Han C Method for making artificial suede
CN201950858U (en) * 2010-10-22 2011-08-31 吴江天信勤丰纺织有限公司 Waterproof dual-layer flocked fabric

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2381484Y (en) * 1999-05-26 2000-06-07 陈学清 Thermal insulating composite flannelette
CN2439447Y (en) * 2000-07-21 2001-07-18 上海菲常保暖制品开发应用有限公司 Bacteriostasis, high strength of extension and super warm keeping composite material
US20060231188A1 (en) * 2004-12-07 2006-10-19 Wen Han C Method for making artificial suede
CN1730804A (en) * 2005-08-26 2006-02-08 上海汽车集团股份有限公司 Antibacterial fabric and its preparation method
CN201950858U (en) * 2010-10-22 2011-08-31 吴江天信勤丰纺织有限公司 Waterproof dual-layer flocked fabric

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