CN102845849A

CN102845849A - Woolen sweater

Info

Publication number: CN102845849A
Application number: CN201210350026XA
Authority: CN
Inventors: 严为忠
Original assignee: KUNSHAN CITY ZHOUSHI FEIHUANG GARMENT FACTORY
Current assignee: KUNSHAN CITY ZHOUSHI FEIHUANG GARMENT FACTORY
Priority date: 2012-09-20
Filing date: 2012-09-20
Publication date: 2013-01-02

Abstract

The invention discloses a woolen sweater. The woolen sweater is manufactured by blending the following components in parts by weight: 60-70 parts of wool, 5-10 parts of cashmere, 10-20 parts of artificial cotton, 10-20 parts of soybean protein fiber and 5-10 parts of composite seaweed carbon fibers. The woolen sweater is manufactured by blending the soybean protein fibers and the composite seaweed carbon fibers, is of friendliness with the skin of a human body, contains various amino acids required by the human body, and has excellent healthcare functions; and the composite seaweed carbon fiber has a function of absorbing far infrared ray, and the far infrared ray not only has an excellent heating function, but also can activate cells to discharge old or dead cells or to apply regeneration capability to old or dead cells so as to be capable of reinforcing energy of the cells, functions of the cells, activities of the cells and the like. The woolen sweater disclosed by the invention utilizes the artificial cotton so as to be smooth relative to fluffs and to be unlikely to pill, and the artificial cotton has excellent heat and electricity conductivity and does not generate static electricity so that the whole woolen sweater is unlikely to generate static electricity.

Description

Woollen sweater

Technical field

The present invention relates to a kind of woollen sweater.

Background technology

At present, sweater is exactly cashmere sweater except traditional woollen sweater, and but, these two kinds of sweaters respectively have pluses and minuses.Although the woollen sweater low price is compared with cashmere sweater, the shortcoming such as that woollen sweater has is thick and heavy, rough, washing shrinkage is higher; Although and cashmere sweater is frivolous, soft, warming, resilient beam, also there is washing shrinkage high, and easily wrinkle, the easy shortcoming such as balling-up, price is higher in addition, the pure goat fleecy sweatshirt that quality is slightly good, and unit price is many more than thousand yuan.All, a large amount of fine hair shirts has appearred now on the market, fabric adopts wool to add cashmere, the ratio that most of cashmere account for is at 10%-20%, because the minimizing of cashmere, the price of mixed fine hair shirt is also relatively low, warming effect is also good, shrinks but still exist easily, and easily wrinkles, the shortcomings such as easy balling-up, the fine hair shirt is damaged by worms easily in addition, easily play static, and trouble is preserved in washing, is easy to distortion, damage, although moreover reduced cost with respect to pure woollen and cashmere shirt only price be still higher, will play very large effect to textile industry so overcome these shortcomings of fine hair shirt, also can satisfy more consumer demands simultaneously.

Summary of the invention

The technical problem to be solved in the present invention provides a kind of the have woollen sweater that washing shrinkage is low, be difficult for balling-up, antistatic, the advantage such as crease-resistant, not yielding, the defects that exists to overcome prior art.

For solving the problems of the technologies described above, woollen sweater of the present invention is formed by wool, cashmere, synthetic cotton, soybean fiber, the blending of compound marine alga carbon fiber, and each composition weight umber is respectively:

Wool 60-70 part,

Cashmere 5-10 part,

Synthetic cotton 10-20 part,

Soybean fiber 10-20 part,

Compound marine alga carbon fiber 5-10 part.

The component that contains following weight portion in the described compound marine alga carbon fiber: marine alga carbon fiber 60-75 part, titanium dioxide 10-15 part, magnesia 10-20 part, medical stone 10-15 part, zinc oxide 2-5 part.

Compound marine alga carbon fiber adopts following method preparation:

Extrude entering the extruser melt blending after the said components mixing, then granulation makes compound marine alga carbon fiber after spinning, coiling, stretching.

Described marine alga carbon fiber is preferably selected average grain diameter≤0.3 micron, maximum particle diameter≤0.4 micron.

Woollen sweater blending of the present invention soybean fiber and compound marine alga carbon fiber, and the human body skin compatibility is good, and has each seed amino acid of needed by human body, has good health care; Compound marine alga carbon fiber has the far function of absorption, and far infrared not only has excellent heat-preserving function, can also make cell activation, makes old dead cell drainage or gives power of regeneration, can strengthen cellular energy, the effects such as the function of enhancing cell and vigor.Adopt synthetic cotton smooth with respect to fine hair, be difficult for balling-up, the heat-conductivity conducting of synthetic cotton is good, can not produce static, thereby makes whole woollen sweater be difficult for static.

The specific embodiment

Embodiment 1

The preparation of compound marine alga carbon fiber:

Each raw material is prepared: 60 parts on marine alga carbon fiber, 15 parts of titanium dioxide, 20 parts in magnesia, 15 parts of medical stones, 5 parts in zinc oxide.

The preparation of woollen sweater:

With 5 parts of 70 parts of wools, 5 parts in cashmere, 10 parts of synthetic cottons, 10 parts of soybean fibers, compound marine alga carbon fiber routinely the technique blending form.

Embodiment 2

The preparation of compound marine alga carbon fiber:

Each raw material is prepared: 75 parts on marine alga carbon fiber, 10 parts of titanium dioxide, 15 parts in magnesia, 10 parts of medical stones, 3 parts in zinc oxide.

The preparation of woollen sweater:

With 10 parts of 60 parts of wools, 10 parts in cashmere, 10 parts of synthetic cottons, 20 parts of soybean fibers, compound marine alga carbon fiber routinely the technique blending form.

In sum, woollen sweater blending of the present invention soybean fiber and compound marine alga carbon fiber, and the human body skin compatibility is good, and has each seed amino acid of needed by human body, has good health care; Compound marine alga carbon fiber has the far function of absorption, and far infrared not only has excellent heat-preserving function, can also make cell activation, makes old dead cell drainage or gives power of regeneration, can strengthen cellular energy, the effects such as the function of enhancing cell and vigor.Adopt synthetic cotton smooth with respect to fine hair, be difficult for balling-up, the heat-conductivity conducting of synthetic cotton is good, can not produce static, thereby makes whole woollen sweater be difficult for static.

Claims

1. a woollen sweater is characterized in that, is formed by wool, cashmere, synthetic cotton, soybean fiber, the blending of compound marine alga carbon fiber, and each composition weight umber is respectively:

Wool 60-70 part,

Cashmere 5-10 part,

Synthetic cotton 10-20 part,

Soybean fiber 10-20 part,

Compound marine alga carbon fiber 5-10 part.

2. woollen sweater according to claim 1, it is characterized in that, contain the component of following weight portion in the described compound marine alga carbon fiber: marine alga carbon fiber 60-75 part, titanium dioxide 10-15 part, magnesia 10-20 part, medical stone 10-15 part, zinc oxide 2-5 part.

3. woollen sweater according to claim 2, it is characterized in that, described compound marine alga carbon fiber adopts following method preparation: enter the extruser melt blending after each component is mixed in proportion and extrude, then granulation makes compound marine alga carbon fiber after spinning, coiling, stretching.

4. woollen sweater according to claim 1 is characterized in that, described marine alga carbon fiber average grain diameter≤0.3 micron, maximum particle diameter≤0.4 micron.