CN210337157U

CN210337157U - High-composite multilayer fiber cloth

Info

Publication number: CN210337157U
Application number: CN201920956540.5U
Authority: CN
Inventors: 孙小军
Original assignee: Jiangsu Yuefutang Textile Co Ltd
Current assignee: Jiangsu Yuefutang Textile Co Ltd
Priority date: 2019-06-25
Filing date: 2019-06-25
Publication date: 2020-04-17
Anticipated expiration: 2029-06-25

Abstract

The utility model discloses a high compound multilayer fiber cloth, this multilayer fiber cloth includes glass fiber cloth, cover and locate the ventilative rete of first PE polymer of this glass fiber cloth first face, cover and locate the ventilative rete of second PE polymer of this glass fiber cloth second face, cover and locate the first polyurethane fiber cloth layer of the ventilative rete surface of this first PE polymer, cover and locate the second polyurethane fiber cloth layer of the ventilative rete surface of this second PE polymer, cover and locate the first static fibre cloth layer of preventing of this first polyurethane fiber cloth layer surface, cover and locate the second of this second polyurethane fiber cloth layer surface and prevent the static fibre cloth layer, cover and locate the first day silk fibre cloth layer of this first static fibre cloth layer surface, and cover and locate the second day silk fibre cloth layer of this second static fibre cloth layer surface.

Description

High-composite multilayer fiber cloth

Technical Field

The utility model relates to a high compound multilayer fiber cloth.

Background

The existing fiber cloth usually has only single performance, poor waterproof and antistatic performances, general tensile strength and easy damage in use.

SUMMERY OF THE UTILITY MODEL

The utility model discloses to prior art's above-mentioned defect, provide a high compound multilayer fiber cloth.

The utility model provides a technical scheme that its technical problem adopted is: the multilayer fiber cloth comprises a glass fiber cloth, a first PE polymer breathable film layer covered on a first surface of the glass fiber cloth, a second PE polymer breathable film layer covered on a second surface of the glass fiber cloth, a first polyurethane fiber cloth layer covered on the outer surface of the first PE polymer breathable film layer, a second polyurethane fiber cloth layer covered on the outer surface of the second PE polymer breathable film layer, a first anti-static fiber cloth layer covered on the outer surface of the first polyurethane fiber cloth layer, a second anti-static fiber cloth layer covered on the outer surface of the second polyurethane fiber cloth layer, a first day silk fiber cloth layer covered on the outer surface of the first anti-static fiber cloth layer, and a second day silk fiber cloth layer covered on the outer surface of the second anti-static fiber cloth layer.

In the high composite multilayer fiber cloth, the first antistatic fiber cloth layer and the second antistatic fiber cloth layer are woven by the polyester fiber warp and the carbon conductive fiber weft.

In the high composite multilayer fiber cloth, the multilayer fiber cloth further comprises a first bamboo fiber cloth layer covering the outer surface of the first day silk fiber cloth layer, and a second bamboo fiber cloth layer covering the outer surface of the second day silk fiber cloth layer.

In the high composite multilayer fiber cloth, this first bamboo fiber cloth layer, first day silk fiber cloth layer, first antistatic fiber cloth layer, first polyurethane fiber cloth layer, the ventilative rete of first PE polymer, glass fiber cloth, the ventilative rete of second PE polymer, second polyurethane fiber cloth layer, second antistatic fiber cloth layer, second day silk fiber cloth layer and second bamboo fiber cloth layer form this high composite multilayer fiber cloth through bonding hot pressing in order.

Implement the utility model discloses a high compound multilayer fiber cloth has following beneficial effect: use the utility model discloses a during high compound multilayer fiber cloth, through setting up glass fiber cloth, increase the holistic tensile strength of multilayer fiber cloth, play certain thermal-insulated effect simultaneously. Through setting up the ventilative rete of first PE polymer and the ventilative rete of second PE polymer, can play waterproof ventilative effect. Through setting up first polyurethane fiber cloth layer and second polyurethane fiber cloth layer, play the effect that increases the whole toughness of multilayer fibre cloth, elasticity. Through setting up first antistatic fiber cloth layer and first antistatic fiber cloth layer, play antistatic effect. Through setting up first day silk fiber cloth layer and second day silk fiber cloth layer, play the effect that increases multilayer fiber cloth surface comfort, glossiness.

Drawings

The invention will be further explained with reference to the drawings and examples, wherein:

fig. 1 is a schematic cross-sectional structure diagram of the high composite multilayer fiber cloth of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.

As shown in fig. 1, in the first embodiment of the highly composite multi-layered fiber cloth of the present invention, the multilayer fiber cloth 1 comprises a glass fiber cloth 2, a first PE polymer breathable film layer 3 covered on the first surface of the glass fiber cloth 2, a second PE polymer breathable film layer 4 covered on the second surface of the glass fiber cloth 2, a first polyurethane fiber cloth layer 5 covered on the outer surface of the first PE polymer breathable film layer 3, a second polyurethane fiber cloth layer 6 covered on the outer surface of the second PE polymer breathable film layer 4, a first anti-static fiber cloth layer 7 covered on the outer surface of the first polyurethane fiber cloth layer 5, a second anti-static fiber cloth layer 8 covered on the outer surface of the second polyurethane fiber cloth layer 6, a first day silk fiber cloth layer 9 covered on the outer surface of the first anti-static fiber cloth layer 7, and a second day silk fiber cloth layer 10 covered on the outer surface of the second anti-static fiber cloth layer 8.

Use the utility model discloses a during high compound multilayer fiber cloth 1, through setting up glass fiber cloth 2, increase the holistic tensile strength of multilayer fiber cloth 1, play certain thermal-insulated effect simultaneously. Through setting up the ventilative rete 3 of first PE polymer and the ventilative rete 4 of second PE polymer, can play waterproof ventilative effect. Through setting up first polyurethane fiber cloth layer 5 and second polyurethane fiber cloth layer 6, play the effect that increases the whole toughness of multilayer fiber cloth 1, elasticity. The first anti-static fiber cloth layer 7 and the first anti-static fiber cloth layer 7 are arranged to play a role in preventing static electricity. The first tencel fiber cloth layer 9 and the second tencel fiber cloth layer 10 are arranged, so that the effect of improving the surface comfort and the glossiness of the multilayer fiber cloth 1 is achieved.

Specifically, the first anti-static fiber cloth layer 7 and the second anti-static fiber cloth layer 8 are woven by polyester fiber warp yarns and carbon conductive fiber weft yarns. The carbon conductive fiber weft threads woven in the first anti-static fiber cloth layer 7 and the second anti-static fiber cloth layer 8 can guide static on the multi-layer fiber cloth 1 to other objects, thereby playing a role of static prevention.

Preferably, the multilayer fiber cloth 1 further includes a first bamboo fiber cloth layer 11 covering the outer surface of the first tencel fiber cloth layer 9, and a second bamboo fiber cloth layer 12 covering the outer surface of the second tencel fiber cloth layer 10. Through setting up first bamboo fibre cloth layer 11 and second bamboo fibre cloth layer 12, play better antibiotic, sweat-absorbing, bright, the soft effect of feeling of color and luster.

In the present embodiment, the first bamboo fiber cloth layer 11, the first day silk fiber cloth layer 9, the first antistatic fiber cloth layer 7, the first polyurethane fiber cloth layer 5, the first PE polymer air-permeable film layer 3, the glass fiber cloth 2, the second PE polymer air-permeable film layer 4, the second polyurethane fiber cloth layer 6, the second antistatic fiber cloth layer 8, the second day silk fiber cloth layer 10, and the second bamboo fiber cloth layer 12 are sequentially bonded and hot-pressed to form the high composite multilayer fiber cloth 1. The bonding viscose glue adopts natural organic glue, the hot pressing temperature is controlled below 180 ℃, and the preferred hot pressing temperature is 80-120 ℃.

The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all the equivalent structures or equivalent processes that are used in the specification and the attached drawings or directly or indirectly applied to other related technical fields are included in the patent protection scope of the present invention.

Claims

1. The high-composite multilayer fiber cloth is characterized by comprising a glass fiber cloth, a first PE high polymer breathable film layer arranged on the first surface of the glass fiber cloth in a covering mode, a second PE high polymer breathable film layer arranged on the second surface of the glass fiber cloth in a covering mode, a first polyurethane fiber cloth layer arranged on the outer surface of the first PE high polymer breathable film layer in a covering mode, a second polyurethane fiber cloth layer arranged on the outer surface of the second PE high polymer breathable film layer in a covering mode, a first anti-static fiber cloth layer arranged on the outer surface of the first polyurethane fiber cloth layer in a covering mode, a second anti-static fiber cloth layer arranged on the outer surface of the second polyurethane fiber cloth layer in a covering mode, a first day silk fiber cloth layer arranged on the outer surface of the first anti-static fiber cloth layer in a covering mode, and a second day silk fiber cloth layer arranged on the outer surface of the second anti-static fiber cloth layer in a covering mode.

2. The high composite multi-layer fiber cloth according to claim 1, wherein the first and second antistatic fiber cloth layers are woven by polyester fiber warp and carbon conductive fiber weft.

3. The high composite multilayer fiber cloth of claim 1, further comprising a first bamboo fiber cloth layer covering the outer surface of the first tencel fiber cloth layer, and a second bamboo fiber cloth layer covering the outer surface of the second tencel fiber cloth layer.

4. The high composite multilayer fiber cloth of claim 3, wherein the first bamboo fiber cloth layer, the first day silk fiber cloth layer, the first antistatic fiber cloth layer, the first polyurethane fiber cloth layer, the first PE polymer air-permeable film layer, the glass fiber cloth, the second PE polymer air-permeable film layer, the second polyurethane fiber cloth layer, the second antistatic fiber cloth layer, the second day silk fiber cloth layer and the second bamboo fiber cloth layer are sequentially bonded and hot-pressed to form the high composite multilayer fiber cloth.