CN105595484A

CN105595484A - Ultraviolet-proof ceramic particle-exposed textile fabric

Info

Publication number: CN105595484A
Application number: CN201410634431.3A
Authority: CN
Inventors: 孟莉莉
Original assignee: JIANGYIN YONGTAI PLASTIC Co Ltd
Current assignee: JIANGYIN YONGTAI PLASTIC Co Ltd
Priority date: 2014-11-13
Filing date: 2014-11-13
Publication date: 2016-05-25

Abstract

The invention provides ultraviolet-proof ceramic particle-exposed textile fabric comprising a lower cotton cloth layer (1), a wool layer (2) and an upper cotton cloth layer (3). A basic layer (6) is composited to the lower surface of the lower cotton cloth layer. The surface of the upper cotton cloth layer (3) is covered with an anti-static layer (4) made of core-spun silk fibers. The fibers include yarns (4.1) and metal wires (4.2). The surface of the anti-static layer (4) is provided with an ultraviolet-proof layer (5). The basic layer is made of a textile which comprises a bottom layer, a middle layer and a surface layer, the bottom layer and the surface being connected into a whole via the middle layer; in the bottom layer and the surface layer, at least the surface layer is mesh fabric; ceramic particles are partially inlaid in the meshes of the mesh fabric and are partially exposed out of the mesh fabric. The ultraviolet-proof ceramic particle-exposed textile fabric is ultraviolet-proof, anti-static and radiation-resistant. With the ceramic particles partially exposed, the employed textile is good in health care effect and makes people feel cool.

Description

Antiultraviolet ceramic particle exposes fabric

Technical field

The present invention relates to a kind of antiultraviolet ceramic particle and expose fabric.

Background technology

Along with the raising of expanding economy and people's living standard, people are also more and more higher to the requirement of dress, and fabric is more and more exquisite, except environmental protection, fashion, inexpensive, also comfortable, multi-functional. But conventional fabric does not possess the function of antiultraviolet, do not possess antistatic, radioresistance etc. yet and be conducive to healthy function simultaneously.

And ultraviolet ray accounts for 6% in daylight, the wherein large percentage of UV-A, UV-B ratio is less. UV-A can see through below epidermal tissue, and muscle is followed the string, and pachylosis, causes wrinkle, and UV-B causes cutaneum carcinoma problem. Static and radiation is simultaneously ubiquitous, equally also can exert an adverse impact to human body.

In addition, the fabric adopting of traditional making clothes exists ceramic particle to be covered by compound fabric above, can not expose, and health-care effect is poor, not nice and cool.

Summary of the invention

The object of the invention is to overcome above-mentioned deficiency, provide the one can antiultraviolet, and the antiultraviolet ceramic particle with antistatic, radiation-resisting functional exposes fabric.

The object of the present invention is achieved like this:

Antiultraviolet ceramic particle of the present invention exposes fabric, comprise lower cotton layer, wool layer and upper cotton layer, below described lower cotton layer, be compounded with a basic unit, described wool layer is located between lower cotton layer and upper cotton layer, the surface of described upper cotton layer is covered with one deck antistatic backing, this antistatic backing is made up of cored silk fiber, this fiber comprises yarn and wire, described wire is wrapped on yarn, the surface of described antistatic backing is provided with ultraviolet resistant layer, this ultraviolet resistant layer is a nonwoven of processing through zinc oxide, on this nonwoven, absorption has super fine zinc oxide particle, described lower cotton layer, wool layer, upper cotton layer, bonding by glue between antistatic backing and the adjacent two layers of ultraviolet resistant layer, described basic unit is made up of fabric, described fabric is made up of bottom, intermediate layer and top layer, described bottom is connected as a single entity by intermediate layer with surface, wherein, in bottom and top layer, at least top layer is eyelet fabric, has ceramic particle part to be embedded in the mesh of eyelet fabric, and part exposes to described eyelet fabric.

Compared with prior art, the invention has the beneficial effects as follows:

The ultraviolet resistant layer that this antiultraviolet ceramic particle exposes fabric surface is a nonwoven of processing through zinc oxide, on this nonwoven, absorption has super fine zinc oxide particle, its rate of ultraviolet shield can reach 89%, after yarn and wire composition cored silk, form antistatic backing simultaneously, make fabric there is special rigidity, and there is antistatic, radiation-resistant effect.

Fabric of the present invention is because ceramic particle part exposes, good health care effect, and feel nice and cool.

Brief description of the drawings

Fig. 1 is the structural representation that antiultraviolet ceramic particle of the present invention exposes fabric.

Fig. 2 is the structural representation of antistatic backing in Fig. 1.

Wherein: lower cotton layer 1, wool layer 2, upper cotton layer 3, antistatic backing 4, ultraviolet resistant layer 5, basic unit 6.

Detailed description of the invention

Referring to Fig. 1 and Fig. 2, the present invention relates to a kind of antiultraviolet ceramic particle and expose fabric, it comprises lower cotton layer 1, wool layer 2 and upper cotton layer 3, described lower cotton layer 1 is compounded with a basic unit 6 below, described wool layer 2 is located between lower cotton layer 1 and upper cotton layer 3, the surface of described upper cotton layer 3 is covered with one deck antistatic backing 4, this antistatic backing 4 is made up of cored silk fiber, this fiber comprises yarn 4.1 and wire 4.2, described wire 4.2 is wrapped on yarn 4.1, the surface of described antistatic backing 4 is provided with ultraviolet resistant layer 5, this ultraviolet resistant layer 5 is nonwoven of processing through zinc oxide, on this nonwoven, absorption has super fine zinc oxide particle, its rate of ultraviolet shield can reach 89%, described lower cotton layer 1, wool layer 2, upper cotton layer 3, bonding by glue between the adjacent two layers of antistatic backing 4 and ultraviolet resistant layer 5.

Described basic unit is made up of fabric, described fabric is made up of bottom, intermediate layer and top layer, described bottom is connected as a single entity by intermediate layer with surface, wherein, in bottom and top layer, at least top layer is eyelet fabric, has ceramic particle part to be embedded in the mesh of eyelet fabric, and part exposes to described eyelet fabric.

Claims

1. an antiultraviolet ceramic particle exposes fabric, it is characterized in that: it comprises lower cotton layer (1), wool layer (2) and upper cotton layer (3), described lower cotton layer (1) is compounded with a basic unit (6) below, described wool layer (2) is located between lower cotton layer (1) and upper cotton layer (3), the surface of described upper cotton layer (3) is covered with one deck antistatic backing (4), this antistatic backing (4) is made up of cored silk fiber, this fiber comprises yarn (4.1) and wire (4.2), described wire (4.2) is wrapped on yarn (4.1), the surface of described antistatic backing (4) is provided with ultraviolet resistant layer (5), this ultraviolet resistant layer (5) is a nonwoven of processing through zinc oxide, on this nonwoven, absorption has super fine zinc oxide particle, described lower cotton layer (1), wool layer (2), upper cotton layer (3), bonding by glue between the adjacent two layers of antistatic backing (4) and ultraviolet resistant layer (5), described basic unit is made up of fabric, described fabric is made up of bottom, intermediate layer and top layer, described bottom is connected as a single entity by intermediate layer with surface, wherein, in bottom and top layer, at least top layer is eyelet fabric, has ceramic particle part to be embedded in the mesh of eyelet fabric, and part exposes to described eyelet fabric.