CN223420238U - A moisture-proof recycled polyester environmentally friendly high-elastic composite fabric - Google Patents
A moisture-proof recycled polyester environmentally friendly high-elastic composite fabricInfo
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- CN223420238U CN223420238U CN202422885560.1U CN202422885560U CN223420238U CN 223420238 U CN223420238 U CN 223420238U CN 202422885560 U CN202422885560 U CN 202422885560U CN 223420238 U CN223420238 U CN 223420238U
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Abstract
本实用新型公开了一种防潮型再生涤纶环保高弹复合面料，包括第一竹纤维面料层和第二竹纤维面料层和弹力面料层，所述弹力面料层纺织在第一竹纤维面料层与第二竹纤维面料层之间；所述弹力面料层包括第一竹纤维丝线、第二竹纤维丝线和弹力线；所述第一竹纤维丝线的数量不少于两根，所述第二竹纤维丝线的数量不少于两根，所述弹力线的数量不少于两根。通过外界纺织机器或人工，使第一竹纤维丝线与弹力线之间分别纺织，第二竹纤维丝线与弹力线之间分别纺织，制成弹力面料层，而弹力线使纺织成的弹力面料层更具有弹力，防止弹力面料层水洗缩水，使得制作成的服装水洗后穿着舒适，而制作的弹力面料层之间零缝隙，使面料防潮气。
The utility model discloses a moisture-proof recycled polyester environmentally friendly high-elastic composite fabric, comprising a first bamboo fiber fabric layer, a second bamboo fiber fabric layer and an elastic fabric layer, wherein the elastic fabric layer is woven between the first bamboo fiber fabric layer and the second bamboo fiber fabric layer; the elastic fabric layer comprises a first bamboo fiber thread, a second bamboo fiber thread and an elastic thread; the number of the first bamboo fiber thread is not less than two, the number of the second bamboo fiber thread is not less than two, and the number of the elastic thread is not less than two. Through an external textile machine or manual labor, the first bamboo fiber thread and the elastic thread are woven separately, and the second bamboo fiber thread and the elastic thread are woven separately to form the elastic fabric layer, and the elastic thread makes the woven elastic fabric layer more elastic, prevents the elastic fabric layer from shrinking after washing, and makes the garment comfortable to wear after washing, and there is no gap between the elastic fabric layers, making the fabric moisture-proof.
Description
Technical Field
The utility model relates to the technical field of moisture-proof regenerated terylene environment-friendly high-elasticity composite fabrics, in particular to a moisture-proof regenerated terylene environment-friendly high-elasticity composite fabric.
Background
The regenerated fiber terylene environment-friendly yarn is a novel environment-friendly regenerated fabric, can be considered as a low-carbon energy-saving natural environment-friendly recyclable fabric with no harmful substances, is generally composed of various fabrics such as RPET fabric, organic cotton, colored cotton, bamboo fiber, soybean protein fiber, fibrilia, modal, organic wool, log tencel and the like, is comfortable to wear, and has excellent drapability and softness;
however, the existing regenerated terylene environment-friendly high-elastic composite fabric is insufficient in elasticity, so that water washing is reduced, the manufactured garment is tighter to wear, and the fabric is easy to wet due to the fact that gaps among woven threads of the fabric are larger.
Disclosure of utility model
The utility model aims to provide a moistureproof regenerated terylene environment-friendly high-elasticity composite fabric, which solves the problems that the conventional regenerated terylene environment-friendly high-elasticity composite fabric is water-washed and shrunk due to insufficient elasticity, the manufactured garment is tight to wear, and the fabric is easy to wet due to large gaps among fabric knitting lines.
The technical scheme is that the moistureproof regenerated terylene environment-friendly high-elasticity composite fabric comprises a first bamboo fiber fabric layer, a second bamboo fiber fabric layer and an elastic fabric layer, wherein the elastic fabric layer is woven between the first bamboo fiber fabric layer and the second bamboo fiber fabric layer;
the elastic fabric layer comprises first bamboo fiber threads, second bamboo fiber threads and elastic threads;
The number of the first bamboo fiber threads is not less than two, the number of the second bamboo fiber threads is not less than two, the number of the elastic threads is not less than two, the first bamboo fiber threads and the elastic threads are respectively woven, and the second bamboo fiber threads and the elastic threads are respectively woven.
Preferably, a worsted rib lycra cotton fabric layer is woven below the second bamboo fiber fabric layer.
Preferably, a polyolefin elastic fiber fabric layer is woven below the worsted rib lycra cotton fabric layer.
Preferably, a polyester-nylon-weft elastic fabric layer is woven below the polyolefin elastic fiber fabric layer.
Preferably, a polyester composite elastic fiber fabric layer is woven below the polyester nylon yarn and weft yarn elastic fabric layer.
Preferably, an elastic cotton fabric layer is woven below the polyester composite elastic fiber fabric layer.
Compared with the prior art, the moisture-proof regenerated terylene environment-friendly high-elasticity composite fabric has the advantages that compared with the prior art, the moisture-proof regenerated terylene environment-friendly high-elasticity composite fabric has the following advantages:
The elastic fabric layer is made by spinning the first bamboo fiber silk thread and the elastic thread respectively through an external spinning machine or a manual work, and spinning the second bamboo fiber silk thread and the elastic thread respectively, and the elastic fabric layer made of the spun elastic fabric layer is elastic through the elastic thread, so that the elastic fabric layer is prevented from being washed and shrunk, the garment made of the elastic fabric layer is comfortable to wear after being washed, and zero gaps are formed between the made elastic fabric layers, so that the fabric is moisture-proof.
Drawings
FIG. 1 is a schematic diagram of the structure of the present utility model;
FIG. 2 is a schematic structural view of the first bamboo fiber yarn, the second bamboo fiber yarn and the elastic yarn in FIG. 1;
FIG. 3 is a schematic structural view of the first bamboo fiber fabric layer, the second bamboo fiber fabric layer and the elastic fabric layer in FIG. 1;
fig. 4 is a schematic structural diagram of a in fig. 1.
In the figure, the fabric comprises a first bamboo fiber fabric layer 1, a second bamboo fiber fabric layer 2, an elastic fabric layer 3, a fine spinning rib lycra cotton fabric layer 4, a polyolefin elastic fiber fabric layer 5, a polyester nylon weft elastic fabric layer 6, a polyester composite elastic fiber fabric layer 7, an elastic cotton fabric layer 8, an elastic cotton fabric layer 9, first bamboo fiber threads, 10, second bamboo fiber threads and 11, elastic threads.
Detailed Description
The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.
The components in the present case are sequentially connected by a person skilled in the art, and specific connection and operation sequence should be referred to the following working principle, and the detailed connection means thereof are known in the art, and the following working principle and process are mainly described.
The existing regenerated terylene environment-friendly high-elasticity composite fabric is tight in wearing due to water washing shrinkage due to insufficient elasticity, and is easy to damp due to large gaps among fabric knitting lines.
In view of the above, the utility model provides a moisture-proof regenerated terylene environment-friendly high-elastic composite fabric, which is characterized in that a first bamboo fiber silk thread and an elastic thread are respectively woven through an external textile machine or a manual work, a second bamboo fiber silk thread and the elastic thread are respectively woven to form an elastic fabric layer, the elastic thread enables the woven elastic fabric layer to have elasticity, the elastic fabric layer is prevented from being washed and shrinking, the manufactured garment is comfortable to wear after being washed, and zero gaps are formed among the manufactured elastic fabric layers, so that the fabric is moisture-proof.
Referring to fig. 1-4, the utility model provides a technical scheme that the moisture-proof regenerated terylene environment-friendly high-elasticity composite fabric comprises a first bamboo fiber fabric layer 1, a second bamboo fiber fabric layer 2 and an elastic fabric layer 3, wherein the first bamboo fiber fabric layer 1 and the second bamboo fiber fabric layer 2 are low-carbon energy-saving, natural and environment-friendly recyclable fabrics without harmful substances, the first bamboo fiber fabric layer 1 and the second bamboo fiber fabric layer 2 can respectively adopt RPET fabric, organic cotton and other fabrics, and the elastic fabric layer 3 is woven between the first bamboo fiber fabric layer 1 and the second bamboo fiber fabric layer 2;
The elastic fabric layer 3 comprises first bamboo fiber threads 9, second bamboo fiber threads 10 and elastic threads 11;
The number of the first bamboo fiber threads 9 is not less than two, the number of the second bamboo fiber threads 10 is not less than two, the number of the elastic threads 11 is not less than two, the first bamboo fiber threads 9 and the elastic threads 11 are respectively woven, zero gaps are formed between the woven gaps, the second bamboo fiber threads 10 and the elastic threads 11 are respectively woven, zero gaps are formed between the woven gaps, the first bamboo fiber threads 9 and the elastic threads 11 are respectively woven through an external weaving machine or a manual work, the second bamboo fiber threads 10 and the elastic threads 11 are respectively woven, the elastic fabric layer 3 is made, the elastic threads 11 enable the woven elastic fabric layer 3 to have elasticity, the elastic fabric layer 3 is prevented from being washed and shrunk, the garment manufactured is comfortable to wear after being washed, and zero gaps are formed between the manufactured elastic fabric layer 3, so that the fabric is moisture-proof.
The spinning rib lycra cotton fabric layer 4 is woven below the second bamboo fiber fabric layer 2, and the spinning rib lycra cotton fabric layer 4 can be made of lycra fabric or spinning rib lycra cotton, and the lycra fabric is elastic working clothing fabric and is generally made of cotton and spandex blended chemical fiber fabric. The heat-insulating fabric has the characteristics of softness and heat insulation, good dimensional stability and difficult shrinkage after cleaning. The lycra fabric is suitable for close-fitting wearing, such as T-shirts, cardigan, and the like. The worsted rib lycra cotton can be used as a fabric of working clothes, not only can protect the body, but also can improve the comfort and stability of the clothes, and the worsted rib lycra cotton is an elastic fabric with the components of 95 percent cotton and 5 percent spandex. The cloth has the weight of 400g/m 2 per square meter and excellent moisture absorption and air permeability. The nylon fabric is suitable for producing working clothes such as sweater, jacket, leisure pants and the like, the polyolefin elastic fiber fabric layer 5 is woven below the worsted rib lycra cotton fabric layer 4, nylon fabric or polyolefin elastic fiber can be adopted for the polyolefin elastic fiber fabric layer 5, the nylon fabric is chemical fiber fabric with good elasticity, is similar to polyester, has stronger elasticity, and has good wear resistance and corrosion resistance besides good elasticity. Nylon fabric is also called nylon in China, is a product which appears earlier, and has good elasticity and high wear resistance, and is 10 times higher than that of cotton fabric. The nylon fabric has moderate softness, and is suitable for long-time wearing occasions such as swimwear, and the polyolefin elastic fiber is a fiber formed by at least 95% of vinyl and at least one macromolecule with other olefin partially crosslinked. The fiber has good elasticity, can quickly recover 1.5 times of the original length, and can quickly recover to the original length of the fiber. The polyolefin elastic fiber is usually mixed with elastic fabrics such as spandex and terylene to improve the quality and comfort of the fabrics, a polyester-nylon/weft elastic fabric layer 6 is woven below the polyolefin elastic fiber fabric layer 5, the polyester-nylon/weft elastic fabric layer 6 can be made of the terylene fabric or the polyester-nylon/weft elastic fabric, and the terylene fabric is elastic and similar to wool, but the elasticity of terylene is lower than that of wool. Polyester has wear resistance and corrosion resistance, so is often used for manufacturing sportswear and casual wear. The elasticity of the polyester fabric can form tight folds, so that the garment looks more volumetric and dynamic. In addition, the terylene fabric is not easy to deform and is suitable for high-strength sports training and competition. Therefore, the terylene fabric is widely applied to various garment designs, and the terylene-nylon-weft elastic fabric is a thin blended fabric adopting the terylene-nylon fabric and is made of terylene-nylon composite yarns and spandex core-spun yarns. The polyurethane elastic fabric has the characteristics and the style of polyester-nylon fabrics, and simultaneously has the elastic function of the polyurethane fabrics which can be freely stretched. The polyester-nylon weft elastic fabric not only has the characteristics and the style of polyester-nylon fabrics, but also can be manufactured into a garment, and is suitable for manufacturing clothes such as skirt. The polyester composite elastic fiber fabric layer 7 is woven below the polyester nylon yarn elastic fabric layer 6, the polyester composite elastic fiber fabric layer 7 can be made of spandex fabric or polyester composite elastic fiber, and the elastic fabric is spandex fabric. Spandex is an elastic fiber and has the characteristics of high elasticity and smoothness. By adding spandex yarn into the fabric, the elasticity of the fabric can be enhanced, so that the fabric can maintain the shape when being pulled by external force. The common spandex elastic fabric comprises elastic cloth, polyester T400 and the like, and the polyester composite elastic fiber is formed by combining two kinds of polyester fibers with different components and is formed by stretching for multiple times. It has elasticity of spiral curl and can quickly recover its original length. The polyester composite elastic fiber is elastic fabric, an elastic cotton fabric layer 8 is woven below the polyester composite elastic fiber fabric layer 7, the elastic cotton fabric layer 8 can be made of elastic cotton or lattice high-elastic hemp, and the elastic cotton is elastic non-woven fabric and has high elasticity and air permeability. The fabric is a mixed cotton and other components, and has good elasticity and air permeability. The elastic cotton has wide application in leisure trousers, clothes and the like, because the elastic cotton is comfortable and portable, is worn loosely, and is a fabric made of 100D polyester-nylon composite yarns and 40D spandex core-spun yarns. It has the characteristics of beautiful and attractive grid style and unobtrusive quality. The grid high-elasticity hemp is favored by consumers due to the unique advantages of attractive appearance, sufficient elasticity, good hand feeling, comfortable wearing and the like.
When the moisture-proof regenerated terylene environment-friendly high-elastic composite fabric is used, first, the first bamboo fiber silk thread 9 and the elastic thread 11 are respectively woven through an external textile machine or a manual work, the second bamboo fiber silk thread 10 and the elastic thread 11 are respectively woven to form the elastic fabric layer 3, the elastic thread 11 enables the woven elastic fabric layer 3 to have elasticity, the elastic fabric layer 3 is prevented from being washed and shrunk, the manufactured garment is comfortable to wear after being washed, gaps among the manufactured elastic fabric layers 3 are zero, the fabric is moisture-proof, and the worsted rib lycra cotton fabric layer 4, the polyolefin elastic fiber fabric layer 5, the polyester nylon yarn elastic fabric layer 6, the polyester composite elastic fiber fabric layer 7 and the elastic cotton fabric layer 8 are sequentially woven below the second bamboo fiber fabric layer 2 to form the fabric, so that the fabric has sufficient elasticity and is comfortable to wear.
Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.
Claims (6)
1. The moistureproof regenerated terylene environment-friendly high-elastic composite fabric comprises a first bamboo fiber fabric layer (1), a second bamboo fiber fabric layer (2) and an elastic fabric layer (3), and is characterized in that the elastic fabric layer (3) is woven between the first bamboo fiber fabric layer (1) and the second bamboo fiber fabric layer (2);
The elastic fabric layer (3) comprises first bamboo fiber threads (9), second bamboo fiber threads (10) and elastic threads (11);
The number of the first bamboo fiber threads (9) is not less than two, the number of the second bamboo fiber threads (10) is not less than two, the number of the elastic threads (11) is not less than two, the first bamboo fiber threads (9) and the elastic threads (11) are respectively woven, and the second bamboo fiber threads (10) and the elastic threads (11) are respectively woven.
2. The moisture-proof regenerated terylene environment-friendly high elastic composite fabric of claim 1 is characterized in that a worsted rib lycra cotton fabric layer (4) is woven below the second bamboo fiber fabric layer (2).
3. The moisture-proof regenerated terylene environment-friendly high elastic composite fabric is characterized in that a polyolefin elastic fiber fabric layer (5) is woven below the worsted rib lycra cotton fabric layer (4).
4. The moisture-proof regenerated terylene environment-friendly high-elastic composite fabric as claimed in claim 3, wherein the polyester-nylon-weft elastic fabric layer (6) is woven below the polyolefin elastic fiber fabric layer (5).
5. The moistureproof regenerated terylene environment-friendly high-elastic composite fabric is characterized in that a polyester composite elastic fiber fabric layer (7) is woven below the polyester-nylon-weft elastic fabric layer (6).
6. The moisture-proof regenerated terylene environment-friendly high elastic composite fabric as set forth in claim 5, wherein an elastic cotton fabric layer (8) is woven below the polyester composite elastic fiber fabric layer (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202422885560.1U CN223420238U (en) | 2024-11-25 | 2024-11-25 | A moisture-proof recycled polyester environmentally friendly high-elastic composite fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202422885560.1U CN223420238U (en) | 2024-11-25 | 2024-11-25 | A moisture-proof recycled polyester environmentally friendly high-elastic composite fabric |
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| Publication Number | Publication Date |
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| CN223420238U true CN223420238U (en) | 2025-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202422885560.1U Active CN223420238U (en) | 2024-11-25 | 2024-11-25 | A moisture-proof recycled polyester environmentally friendly high-elastic composite fabric |
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| Country | Link |
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| CN (1) | CN223420238U (en) |
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- 2024-11-25 CN CN202422885560.1U patent/CN223420238U/en active Active
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