CN215440845U - High-strength elastic mesh cloth - Google Patents

Abstract

The utility model particularly relates to a high-strength elastic mesh cloth which is woven by a plurality of tissue circulating units, wherein each tissue circulating unit comprises four warps, four elastic monofilaments and two fiber filaments, the four warps are longitudinally attached and arranged in parallel, the four warps which are longitudinally attached and arranged in parallel are a warp group, a plurality of warp groups of the mesh cloth are transversely arranged at intervals, the elastic monofilaments and the fiber filaments are transversely arranged in parallel, the four elastic monofilaments and the two fiber filaments are weft groups, intervals are arranged between every two adjacent elastic monofilaments and between every two adjacent fiber filaments, the weft groups are longitudinally arranged at intervals, and the elastic monofilaments and the fiber filaments are respectively arranged in a mutually floating and sinking staggered mode with the four warps. The utility model obviously improves the strength and elasticity of the screen cloth through the special weaving structure and the additional arrangement of the elastic monofilaments, and has high flatness and durable wear resistance.

Description

High-strength elastic mesh cloth

Technical Field

The utility model relates to the technical field of fabric weaving, in particular to high-strength elastic mesh cloth.

Background

Compared with leather seats, the mesh fabric seat has the advantages of comfort, ventilation, light structure and high cost performance, and occupies a larger middle-end and low-end market. The woven mesh fabric is woven by interlacing warp and weft in two directions in a manner that a weaving machine picks up a shuttle, the weaving method with the interlaced warp and weft enables the fabric to be high in flatness and stable in structure, but the elasticity of the fabric is poor, and the warp and weft are prone to being skewed in the weaving process. In applications of woven mesh fabrics, such as mesh seats and hammocks, which require high load-bearing capacity, the compressive strength, resilience, deformation resistance and wear resistance of the mesh fabric need to be improved and enhanced to meet the demands of the market and consumers.

Disclosure of Invention

In order to overcome the defects in the prior art, the utility model aims to provide the high-strength elastic mesh fabric which is smooth in appearance and durable and wear-resistant.

In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a high strength elasticity screen cloth is woven by a plurality of tissues circulation unit and is formed, organize circulation unit and include four warps, four elastic monofilament and two fibrous filaments, four warps vertically laminate and set up side by side, vertically laminate and four warps that set up side by side are a warp group, and a plurality of warp groups of screen cloth are horizontal and interval arrangement, and elastic monofilament and the horizontal parallel arrangement of fibrous filament, four elastic monofilament and two fibrous filaments are a weft group, all are equipped with the interval between two adjacent elastic monofilament and between elastic monofilament and the adjacent fibrous filament, and a plurality of weft groups are vertical and interval arrangement, elastic monofilament and fibrous filament float and sink crisscross setting each other with four warps respectively.

Furthermore, the distance between adjacent warp yarn groups is 0.3-1.2mm in the transverse direction.

Further, the longitudinal interval between two adjacent elastic monofilaments and the longitudinal interval between an elastic monofilament and an adjacent fiber filament are 1.0-1.8 mm.

Furthermore, two elastic monofilaments are arranged between adjacent fiber filaments.

Furthermore, the weaving arrangement of the two elastic monofilaments and the four warps is in a floating-sinking staggered arrangement in sequence, the weaving arrangement of one elastic monofilament and the four warps is in a floating-sinking-floating-sinking arrangement, and the weaving arrangement of the other elastic monofilament and the four warps is in a sinking-floating-sinking-floating arrangement.

Further, the elastic monofilament is a polyester elastic monofilament.

Furthermore, the polyester elastic monofilament is prepared by melt extrusion of a modified ethylene-vinyl acetate copolymer through an elastic monofilament machine, the elastic recovery rate of the polyester elastic monofilament is 91.2-93.4%, the elongation at break is 580.1-586.8%, and the polyester elastic monofilament has good recovery elasticity and elongation at break.

Furthermore, the warp threads and the fiber filaments are both made of polyester or nylon materials.

Further, the diameter of the elastic monofilament is 0.1-0.8 mm.

Further, the fineness of the longitude lines is 300-3600D.

Furthermore, the weft density of the mesh cloth is smaller than the warp density.

The utility model has the beneficial effects that: the utility model discloses a high-strength elastic mesh cloth which is woven by a tissue circulating unit with a special structure, and the mesh cloth is high in strength, good in elasticity and strong in supporting force due to the addition of elastic monofilaments. The mesh fabric has the advantages that the mesh fabric is flat in appearance, firm and firm in structure, high in toughness and wear-resistant due to the adoption of a plain woven structure, is comfortable, breathable and not heavy, and has good market prospect when serving as mesh fabric for beach chairs, office chairs, reclining chairs, hammocks and the like.

Drawings

FIG. 1 is a schematic representation of the tissue structure of the web of the present invention;

the reference signs are: 101-warp group, 102-weft group, 112-elastic monofilament, 122-fiber filament, 11-first warp, 12-second warp, 13-third warp, 14-fourth warp, 21-first fiber filament, 22-first elastic monofilament, 23-second elastic monofilament, 24-second fiber filament, 25-third elastic monofilament and 26-fourth elastic monofilament.

Detailed Description

For the understanding of those skilled in the art, the present invention will be further described with reference to the following examples and the accompanying fig. 1, and the description of the embodiments is not intended to limit the present invention.

Example 1

As shown in fig. 1, a high-strength elastic mesh cloth is woven by a plurality of weave circulation units, wherein each weave circulation unit is woven by warp thread groups 101 and weft thread groups 102 in an alternating sinking and floating manner, the weft thread group 102 comprises elastic monofilaments 112 and fiber filaments 122, each weave circulation unit comprises four warp threads, four elastic monofilaments 112 and two fiber filaments 122, the four warp threads are longitudinally jointed and arranged in parallel, the four warp threads which are longitudinally jointed and arranged in parallel are a warp thread group 101, the plurality of warp thread groups 101 are transversely arranged at intervals, the elastic monofilaments 112 and the fiber filaments 122 are transversely arranged in parallel, the four elastic monofilaments 112 and the two fiber filaments 122 are a weft thread group 102, one fiber filament 122 is distributed in each two elastic monofilaments 112 in the weft thread group 102, intervals are arranged between every two adjacent elastic monofilaments 112 and between the adjacent fiber filaments 122, the plurality of weft groups 102 are arranged longitudinally and at intervals, and the elastic monofilaments 112 and the fiber filaments 122 are arranged in a manner of mutually floating and sinking and interlacing with four warp threads respectively. The tissue circulation cells form a grid.

In this embodiment, four warp threads are longitudinally attached and arranged in parallel to form a warp thread group 101, which includes a first warp thread 11, a second warp thread 12, a third warp thread 13 and a fourth warp thread 14, which are sequentially arranged, the first warp thread 11, the second warp thread 12, the third warp thread 13 and the fourth warp thread 14 are longitudinally attached and arranged in parallel, and the warp thread groups 101 are transversely arranged at intervals. Four elastic monofilaments 112 and two fiber filaments 122 are a weft group 102, the four elastic monofilaments 112 include a first elastic monofilament 22, a second elastic monofilament 23, a third elastic monofilament 25 and a fourth elastic monofilament 26, the two fiber filaments 122 include a first fiber filament 21 and a second fiber filament 24, the four elastic monofilaments 112 and the two fiber filaments 122 are transversely arranged in parallel and longitudinally arranged at a certain interval, and the first fiber filament 21, the first elastic monofilament 22, the second elastic monofilament 23, the second fiber filament 24, the third elastic monofilament 25 and the fourth elastic monofilament 26 are sequentially arranged from top to bottom in combination with fig. 1, and the adjacent two elastic monofilaments are longitudinally spaced.

Further, two elastic monofilaments 112 are disposed between two adjacent fiber filaments 122. Referring to fig. 1, the first elastic monofilaments 22 and the second elastic monofilaments 23 are arranged in this order between the first fiber filaments 21 and the second fiber filaments 24.

Further, the two elastic monofilaments 112 are arranged in a floating-sinking staggered manner with the four warp yarns 101, the first elastic monofilament 22 is arranged in a floating-sinking-floating-sinking manner with the four warp yarns 101, and the second elastic monofilament 23 is arranged in a sinking-floating-sinking-floating manner with the four warp yarns 101. The staggered weaving structure design can effectively realize the size of gaps and grids between warps and wefts, so that the mesh fabric is smooth and attractive.

Further, adjacent warp thread groups 101 are laterally spaced apart by a distance of 0.3-1.2 mm. In this embodiment, the lateral separation distance is 0.6 mm.

Further, the longitudinal spacing between two adjacent elastic monofilaments 112 and the longitudinal spacing between an elastic monofilament 112 and an adjacent fiber filament 122 is 1.0-1.8 mm. In this embodiment, the longitudinal separation distance is 1.2 mm. The transverse spacing distance and the longitudinal spacing distance of the mesh fabric are arranged to form uniform and regular fine grids, so that the mesh fabric is not too thick and solid, and has good air permeability.

Further, the elastic monofilaments 112 are polyester elastic monofilaments. The polyester elastic monofilament is a polyester elastic fiber monofilament existing in the prior art, and is used herein. The addition of the polyester elastic monofilament can obviously improve the toughness, elasticity and strength of the mesh fabric.

Furthermore, the polyester elastic monofilament is prepared by melt extrusion of a modified ethylene-vinyl acetate copolymer through an elastic monofilament machine, the elastic recovery rate of the polyester elastic monofilament is 91.2-93.4%, and the elongation at break is 580.1-586.8%. In this embodiment, the elastic recovery rate of the polyester elastic monofilament is 92.2%, the elongation at break is 584.3%, and the polyester elastic monofilament is added into the mesh fabric as the weft, so that the mesh fabric is elastic, high in compressive strength and not easy to deform.

Furthermore, the warp 101 and the fiber filament 122 are both made of terylene or nylon materials, and the materials have moderate hardness, strong supporting force and good elasticity.

Further, the diameter of the elastic monofilament 112 is 0.1 to 0.8 mm. In this embodiment, the diameter of the elastic monofilament 112 is 0.3 mm.

Further, the fineness of the warp thread 101 is 300-3600D. In the present embodiment, the fineness of the warp 101 is 600D.

Furthermore, the weft density of the mesh cloth is smaller than the warp density. The mesh fabric has full and smooth lines and is more attractive and rich in vision, the elasticity and the strength between the warp threads and the fiber filaments of the mesh fabric are increased, and the probability of silk collapse is reduced.

The above-described embodiments are preferred implementations of the present invention, and the present invention may be implemented in other ways without departing from the spirit of the present invention.

Claims (10)

1. The utility model provides a high strength elasticity screen cloth which characterized in that: weave by a plurality of circulation units of organizing and form, the circulation unit of organizing includes four warps, four elastic monofilament and two fibrous filaments, and four warps vertically laminate and set up side by side, vertically laminate and four warps that set up side by side are a warp group, and a plurality of warps of screen cloth group are horizontal and interval arrangement, and elastic monofilament and the horizontal parallel arrangement of fibrous filament, four elastic monofilament and two fibrous filaments are a latitude group, all are equipped with the interval between two adjacent elastic monofilament and between elastic monofilament and the adjacent fibrous filament, and a plurality of weft group are vertical and interval arrangement, elastic monofilament and fibrous filament float and sink crisscross setting with four warps each other respectively.

2. A high strength stretch web according to claim 1, wherein: the distance between adjacent warp groups is 0.3-1.2 mm.

3. A high strength stretch web according to claim 1, wherein: the longitudinal spacing between two adjacent elastic monofilaments and the longitudinal spacing between an elastic monofilament and an adjacent fiber filament is 1.0-1.8 mm.

4. A high strength stretch web according to claim 1, wherein: two elastic monofilaments are arranged between adjacent fiber filaments.

5. A high strength stretch web according to claim 1, wherein: the two elastic monofilaments and the four warps are arranged in a floating-sinking staggered mode in sequence in a weaving mode, the weaving arrangement of one elastic monofilament and the four warps is floating-sinking-floating-sinking, and the weaving arrangement of the other elastic monofilament and the four warps is sinking-floating-sinking-floating.

6. A high strength stretch web according to claim 1, wherein: the elastic monofilament is a polyester elastic monofilament.

7. A high strength stretch web according to claim 1, wherein: the warp threads and the fiber filaments are both made of polyester or nylon materials.

8. A high strength stretch web according to claim 1, wherein: the diameter of the elastic monofilament is 0.1-0.8 mm.

9. A high strength stretch web according to claim 1, wherein: the fineness of the longitude lines is 300-3600D.

10. A high strength stretch web according to claim 1, wherein: the weft density of the mesh cloth is smaller than the warp density.

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