CN213896144U

CN213896144U - An environmentally friendly nylon fabric

Info

Publication number: CN213896144U
Application number: CN202022900475.XU
Authority: CN
Inventors: 杨玉花
Original assignee: Haining City Lida Warp Knitting Cloth Industrial Co ltd
Current assignee: Haining City Lida Warp Knitting Cloth Industrial Co ltd
Priority date: 2020-12-05
Filing date: 2020-12-05
Publication date: 2021-08-06
Anticipated expiration: 2030-12-05

Abstract

The present application relates to the technical field of towel cloth production, in particular to an environmentally friendly nylon-polyester cloth, which includes a nylon-polyester cloth main body, which is woven from warp and weft threads; the warp threads include warp unit threads, and the warp unit threads include first One FDY nylon colored yarn, the first FDY polyester yarn; the weft thread includes the weft unit line, and the weft unit thread includes the second FDY nylon colored yarn and the second FDY polyester yarn. The first FDY nylon dyed yarn and the second FDY nylon dyed yarn are obtained by adding color masterbatch during the FDY nylon spinning process to obtain the colored FDY nylon dyed yarn, so that the application can obtain the corresponding color without dyeing and finishing with a dyeing agent. , to avoid the discharge of dyeing and finishing waste gas and waste water, the application has good environmental protection effect and does not need to be dyed for ventilation.

Description

Environment-friendly polyester-polyamide fabric

Technical Field

The application relates to the technical field of towel cloth production, in particular to environment-friendly polyester-polyamide cloth.

Background

The towel cloth is a necessity in our daily life, and has wide application, such as being used as a face washing towel, a bath towel, a rag, a sewn pajama and the like. The toweling cloth can be divided into single-sided toweling cloth and double-sided toweling cloth, the single-sided toweling cloth is soft in hand feeling, has good extensibility, elasticity, wrinkle resistance, heat retention and moisture absorption, is commonly used for manufacturing long-sleeve shirts and short-sleeve shirts, is suitable for being worn in late spring and early summer or early autumn, and can also be used for sewing pajamas. The double-sided towel cloth is thick, the terry is soft, and the terry has good heat retention and moisture absorption, one side or two sides of the towel cloth are subjected to surface finishing, so that the appearance and the wearability of the product can be improved, and the towel cloth is suitable for manufacturing bathrobes, baking-free diapers, baby clothes and the like.

At present, towel cloth is required to obtain various colors, and the towel cloth is obtained by matching dye dyeing and finishing in the prior art. Such as: publication No. CN103080413B discloses a method for natural dyeing of fibers using indigo plants. In the natural dyeing method, a liquid pigment contained in leaves of an indigo plant is dissolved into water to mix the water containing the liquid pigment with lime powder and air, thereby concentrating the mixture into an insoluble pigment. The concentrated indigo plant dye is mixed with alkaline water to decompose the mixture into soluble pigments by microbial fermentation. The fiber is then dipped into a solution of soluble indigo plant dye to dye the fiber. Thereafter, the fiber is contacted with air to change the soluble indigo plant into an insoluble pigment again, thereby completing natural dyeing using the indigo plant.

The above prior art solutions have the following drawbacks: the method for coloring the towel cloth by dyeing and finishing the dyeing agent causes the discharge of dyeing and finishing waste gas and waste water, and has the problem of environmental protection.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem that the prior art has the environmental protection relatively poor, this application aim at provides an environmental protection is washed polyamide and is polyester cloth.

The application purpose of the application is realized by the following technical scheme:

an environment-friendly polyester-polyamide cloth comprises a polyester-polyamide cloth main body, wherein the polyester-polyamide cloth main body is woven by warps and wefts; the warp yarns comprise warp-wise unit lines, and the warp-wise unit lines comprise first FDY nylon colored yarns and first FDY polyester yarns; the weft comprises a weft unit line, and the weft unit line comprises a second FDY nylon colored yarn and a second FDY polyester yarn.

Through adopting above-mentioned technical scheme, first FDY polyamide fibre dyed yarn and second FDY polyamide fibre dyed yarn add the color masterbatch preparation in spinning process and form for the polyamide is washed the cloth main part and need not obtain corresponding colour through dyeing and finishing, has avoided causing the emission of dyeing and finishing waste gas, waste water, and this application has better environmental protection efficiency.

Preferably, the first FDY nylon dyed yarn and the second FDY nylon dyed yarn are 40D/12F nylon dyed yarns; the first FDY polyester yarn and the second FDY polyester yarn are both 66D/8F black DDY conductive filaments.

Through adopting above-mentioned technical scheme, the black DDY conductive filament of 66D 8F guarantees that this application has better elasticity and mechanical strength and can give this application antistatic performance simultaneously, and it is more comfortable to wear.

Preferably, the first FDY nylon dyed yarn and the second FDY nylon dyed yarn are 40D/12F dyed yarns; the first FDY polyester yarn and the second FDY polyester yarn are both 55D/24F black polyester yarns.

By adopting the technical scheme, the dark red nylon-polyester fabric main body can be obtained, the dark red can be obtained without dyeing and finishing by using a dyeing agent, and the environment-friendly property is better.

Preferably, the warp-wise unit line is formed by a first FDY nylon colored yarn, a first FDY polyester yarn, a first FDY nylon colored yarn, a first FDY polyester yarn and a first FDY nylon colored yarn which are sequentially arranged along the warp direction; the weft unit line is composed of a second FDY nylon colored yarn, a second FDY polyester yarn, a second FDY nylon colored yarn, a second FDY polyester yarn and a second FDY nylon colored yarn which are sequentially arranged along the weft direction.

By adopting the technical scheme, the polyamide-polyester fabric main body which is skin-friendly, smooth and silky and has wrinkle resistance, shape retention and elasticity can be obtained.

Preferably, the warp direction unit wires further comprise a first phase change energy storage fiber; the weft unit wires also comprise second phase change energy storage fibers; the warp-wise unit line comprises a first FDY nylon colored yarn, a first FDY polyester yarn, a first phase change energy storage fiber, a first FDY polyester yarn and a first FDY nylon colored yarn which are sequentially arranged along the warp direction; the weft unit line is composed of a second FDY nylon colored yarn, a second FDY polyester yarn, a second phase change energy storage fiber, a second FDY polyester yarn and a second FDY nylon colored yarn which are sequentially arranged along the weft direction.

By adopting the technical scheme, the variable energy storage fibers are introduced into the warps and the wefts, so that the antibacterial and bacteriostatic effects are better, and the clothes are safer and more comfortable to wear.

Preferably, the first phase change energy storage fiber and the second phase change energy storage fiber are nano antibacterial regenerated protein fibers.

By adopting the technical scheme, the nano antibacterial regenerated protein fibers are introduced into the warps and the wefts, so that the garment has better antibacterial and bacteriostatic effects and a bidirectional temperature regulating function, and is safer and more comfortable to wear.

Preferably, the warp direction unit line further comprises a chitin tencel fiber line, and the chitin tencel fiber line is positioned between the first FDY chinlon colored yarn and the first FDY polyester yarn; the weft unit line further comprises a Viloft fiber line, and the Viloft fiber line is positioned between the second FDY nylon colored yarn and the second FDY polyester yarn.

By adopting the technical scheme, the chitin tencel fiber threads and the Viloft fiber threads are introduced into the warps and the wefts, so that the fabric has better antibacterial and bacteriostatic effects, heat preservation and air permeability, and is safer and more comfortable to wear.

Preferably, the warp-wise unit wires further comprise an antibacterial breathable fiber line, the antibacterial breathable fiber line comprises a Viloft twisted line and a chitin tencel line, and the chitin tencel line is spirally wound in the circumferential direction of the Viloft twisted line; the antibacterial breathable fiber line is positioned between the first FDY nylon colored yarn and the first FDY polyester yarn.

Through adopting above-mentioned technical scheme, given better antibiotic bacteriostatic action, the gas permeability that keeps warm of this application, it is safer and comfortable to wear.

In summary, the present application has the following advantages:

1. this application need not obtain corresponding colour through the dyeing and finishing of dyeing agent, has avoided causing the emission of dyeing and finishing waste gas, waste water, and this application has better environmental protection efficiency.

2. The nano antibacterial regenerated protein fiber, the chitin tencel fiber thread and the Viloft fiber thread are introduced into the warp and weft threads in the application, so that the application has better antibacterial and bacteriostatic effects, heat preservation breathability and bidirectional temperature regulation functions, and is safer and more comfortable to wear.

Drawings

Fig. 1 is a schematic structural diagram of a chinlon/terylene cloth main body in embodiment 1 of the application.

Fig. 2 is a schematic structural diagram of the chinlon/terylene cloth main body in embodiment 2 of the application.

Fig. 3 is a schematic structural diagram of the chinlon/terylene cloth main body in embodiment 3 of the application.

Fig. 4 is a schematic structural diagram of the chinlon/terylene cloth main body in embodiment 4 of the application.

Fig. 5 is a schematic structural diagram of the chinlon/terylene cloth main body in the embodiment 5 of the application.

Fig. 6 is a schematic structural view of the antibacterial air-permeable fiber yarn of example 5 in the present application.

In the figure, 1, a nylon/polyester cloth main body; 11. a warp-wise cell line; 111. a first FDY chinlon dyed yarn; 112. a first FDY polyester yarn; 113. a first phase change energy storage fiber; 114. chitin tencel fiber yarn; 115. antibacterial breathable fiber threads; 1151. a Viloft twisted yarn; 1152. chitin tencel yarn; 12. a weft-wise element line; 121. a second FDY chinlon dyed yarn; 122. a second FDY polyester yarn; 123. a second phase change energy storage fiber; 124. a Viloft fiber yarn.

Detailed Description

The present application will be described in further detail with reference to the following drawings and examples.

Example 1

Referring to fig. 1, the environment-friendly polyamide fiber cloth disclosed by the application comprises a polyamide fiber cloth main body 1, wherein the polyamide fiber cloth main body 1 is formed by flat weaving of warp and weft. The warp threads are formed by warp thread lines 11 spaced apart from each other, and the weft threads are formed by weft thread lines 12 spaced apart from each other.

Referring to fig. 1, specifically, the warp direction unit yarn 11 is composed of a first FDY nylon yarn 111 and a first FDY polyester yarn 112, the first FDY nylon yarn 111 is preferably a 40D/12F nylon yarn with a red color, and the first FDY polyester yarn 112 is preferably a 55D/24F black polyester yarn with a black color. The number ratio of the first FDY nylon colored yarns 111 to the first FDY polyester yarns 112 is 3: 2.

Referring to fig. 1, the specific warp arrangement structure is: the warp-wise unit line 11 is composed of a first FDY nylon colored yarn 111, a first FDY polyester yarn 112, and a first FDY nylon colored yarn 111 which are sequentially arranged along the warp direction.

Referring to fig. 1, specifically, the weft unit yarn 12 is composed of a second FDY nylon yarn 121 and a second FDY polyester yarn 122, the second FDY nylon yarn 121 is a red 40D/12F nylon yarn, and the second FDY polyester yarn 122 is preferably a black 55D/24F black polyester yarn. The number ratio of the second FDY nylon colored yarns 121 to the second FDY polyester yarns 122 is 3:2, and a dark red nylon-polyester fabric main body 1 can be obtained.

Referring to fig. 1, the specific weft arrangement structure is: the weft unit thread 12 is composed of a second FDY nylon colored yarn 121, a second FDY polyester yarn 122, and a second FDY nylon colored yarn 121 arranged in sequence along the weft direction. The red 40D/12F nylon colored yarn is prepared by adding a color developing ingredient in the spinning process, so that the nylon-polyester cloth main body 1 can obtain corresponding colors without dyeing and finishing through a dyeing agent, and the nylon-polyester fabric has a better environment-friendly effect.

Example 2

Example 2 differs from example 1 in that: referring to fig. 2, the warp-wise unit yarn 11 is composed of a first FDY nylon yarn 111, a first FDY polyester yarn 112 and a first phase-change energy storage fiber 113, the first FDY nylon yarn 111 is preferably a 40D/12F nylon yarn with a red color, the first FDY polyester yarn 112 is preferably a black 55D/24F black polyester yarn, and the first phase-change energy storage fiber 113 is a white nano antibacterial regenerated protein fiber. The number ratio of the first FDY chinlon colored yarn 111 to the first FDY polyester yarn 112 to the nano antibacterial regenerated protein fiber is 2:2: 1.

Referring to fig. 2, the warp arrangement structure is: the warp-wise unit line 11 is composed of a first FDY nylon colored yarn 111, a first FDY polyester yarn 112, a first phase change energy storage fiber 113, a first FDY polyester yarn 112, and a first FDY nylon colored yarn 111 which are sequentially arranged along the warp direction.

Referring to fig. 2, the weft unit yarn 12 is composed of a second FDY nylon yarn 121, a second FDY polyester yarn 122 and a second phase change energy storage fiber 123, the second FDY nylon yarn 121 is a red 40D/12F nylon yarn, the second FDY polyester yarn 122 is preferably a black 55D/24F black polyester yarn, and the second phase change energy storage fiber 123 is preferably a white nano antibacterial regenerated protein fiber. The number ratio of the second FDY nylon colored yarn 121, the second FDY polyester yarn 122 and the second phase change energy storage fiber 123 is 2:2: 1.

Referring to fig. 2, the specific weft arrangement structure is: the weft unit yarn 12 is composed of a second FDY nylon colored yarn 121, a second FDY polyester yarn 122, a second phase change energy storage fiber 123, a second FDY polyester yarn 122, and a second FDY nylon colored yarn 121, which are sequentially arranged along the weft direction. The nano antibacterial regenerated protein fibers are introduced into the warps and the wefts, so that the garment is endowed with a good bidirectional temperature regulation function and skin-friendly property, and is more comfortable to wear, and the nano antibacterial regenerated protein fibers have an antibacterial and bacteriostatic effect, so that the garment is endowed with an antibacterial and mildewproof effect, and is safer and more sanitary to wear.

Example 3

Example 3 differs from example 1 in that: referring to fig. 3, the warp-wise unit yarn 11 is composed of a first FDY nylon yarn 111, a first FDY polyester yarn 112 and a chitin tencel yarn 114, the first FDY nylon yarn 111 is preferably a 40D/12F nylon yarn with a red color, the first FDY polyester yarn 112 is preferably a black 55D/24F black polyester yarn, and the chitin tencel yarn 114 is a yarn twisted from chitin tencel fiber purchased from Qingdao union fabrics ltd, so that the present application has a better antibacterial and skin-friendly property. The number ratio of the first FDY nylon colored yarn 111, the first FDY polyester yarn 112 and the chitin tencel fiber line 114 is 1:1: 1.

Referring to fig. 3, the warp arrangement structure is: the warp-wise unit line 11 is composed of a first FDY nylon colored yarn 111, a chitin tencel fiber line 114 and a first FDY polyester yarn 112 which are sequentially arranged along the warp direction.

Referring to fig. 3, the weft unit yarn 12 is composed of a second FDY nylon yarn 121, a second FDY polyester yarn 122 and a viloft fiber yarn 124, the second FDY nylon yarn 121 is a red 40D/12F nylon yarn, the second FDY polyester yarn 122 is preferably a black 55D/24F black polyester yarn, and the viloft fiber yarn 124 is a yarn twisted from a viloft fiber purchased from Qingdao union plus materials, which provides the present application with good heat preservation and air permeability. The number ratio of the second FDY nylon colored yarn 121, the second FDY polyester yarn 122 and the viloft fiber yarn 124 is 1:1: 1.

Referring to fig. 3, the specific weft arrangement structure is: the weft unit thread 12 is composed of a second FDY nylon yarn 121, a victoria fiber thread 124, and a second FDY polyester yarn 122 arranged in sequence along the weft direction. The chitin tencel fiber thread 114 and the Viloft fiber thread 124 are introduced into the warp and weft, so that the fabric has better antibacterial and bacteriostatic effects, heat preservation and air permeability, and is safer and more sanitary to wear.

Example 4

Example 4 differs from example 1 in that: referring to fig. 4, the warp-wise unit yarn 11 is composed of a first FDY nylon yarn 111, a first FDY polyester yarn 112, a first phase-change energy storage fiber 113, and a chitin tencel fiber thread 114, the first FDY nylon yarn 111 is preferably a 40D/12F nylon yarn with a red color, the first FDY polyester yarn 112 is preferably a black 55D/24F black polyester yarn, and the first phase-change energy storage fiber 113 is a white nano antibacterial regenerated protein fiber. The chitin tencel fiber thread 114 is a spun thread formed by twisting chitin tencel fibers purchased from Qingdao union plus material Limited, so that the application is endowed with better antibacterial skin-friendly property. The number ratio of the first FDY chinlon colored yarn 111, the first FDY polyester yarn 112, the first phase change energy storage fiber 113 and the chitin tencel fiber line 114 is 3:2:1: 1.

Referring to fig. 4, the warp arrangement structure is: the warp-wise unit line 11 is composed of a first FDY nylon colored yarn 111, a first FDY polyester yarn 112, a first phase change energy storage fiber 113, a first FDY nylon colored yarn 111, a chitin tencel fiber line 114, a first FDY polyester yarn 112, and a first FDY nylon colored yarn 111 which are sequentially arranged along the warp direction.

Referring to fig. 4, the weft unit yarn 12 is composed of a second FDY nylon yarn 121, a second FDY polyester yarn 122, a second phase change energy storage fiber 123 and a viloft fiber yarn 124, the second FDY nylon yarn 121 is a red 40D/12F nylon yarn, the second FDY polyester yarn 122 is preferably a black 55D/24F black polyester yarn, and the second phase change energy storage fiber 123 is a white nano antibacterial regenerated protein fiber. The viloft fiber yarn 124 is a spun yarn formed by twisting viloft fibers purchased from Qingdao union plus Material Co., Ltd, and is endowed with better heat preservation and air permeability. The number ratio of the second FDY nylon colored yarn 121, the second FDY polyester yarn 122, and the viloft fiber yarn 124 is 3:2:1: 1.

Referring to fig. 4, the weft unit yarn 12 is composed of a second FDY nylon colored yarn 121, a second FDY polyester yarn 122, a second phase change energy storage fiber 123, a second FDY nylon colored yarn 121, a viloft fiber yarn 124, a second FDY polyester yarn 122, and a second FDY nylon colored yarn 121, which are sequentially arranged along the weft direction. The nano antibacterial regenerated protein fiber, the chitin tencel fiber thread 114 and the Viloft fiber thread 124 are introduced into the warp and weft, so that the warp and weft have better antibacterial and bacteriostatic effects, heat preservation and air permeability and bidirectional temperature regulation functions, and are safer and more comfortable to wear.

Example 5

Example 5 differs from example 1 in that: referring to fig. 5, the warp unit yarn 11 is composed of a first FDY nylon yarn 111, a first FDY polyester yarn 112, and an antibacterial air-permeable fiber yarn 115. The first FDY nylon dyed yarn 111 is preferably a 40D/12F nylon dyed yarn with red color. The first FDY polyester yarn 112 is a conductive filament formed by twisting 66D/8F black DDY conductive fibers purchased from Chengzhen Industri science and technology limited in Shenzhen City, and can endow the yarn with antistatic performance and be more comfortable to wear.

Referring to fig. 6, the specific structure of the antibacterial air-permeable fiber thread 115 is: the antibacterial air-permeable fiber line 115 is composed of a viloft twisted line 1151 and a chitin tencel yarn 1152 spirally wound around the viloft twisted line 1151.

The number ratio of the first FDY chinlon colored yarn 111 to the first FDY polyester yarn 112 to the antibacterial breathable fiber yarn 115 is as follows: 1:1:1. The warp arrangement structure is as follows: the warp-wise unit line 11 is composed of a first FDY nylon colored yarn 111, an antibacterial breathable fiber line 115 and a first FDY polyester yarn 112 which are sequentially arranged along the warp direction. The conductive filament yarns formed by twisting the antibacterial breathable fiber yarns 115 and the 66D/8F black DDY conductive fibers are introduced into the warp yarns, so that the fabric has better antistatic property, antibacterial bacteriostatic property, heat preservation and breathability, and is safer and more comfortable to wear.

The embodiments of the present invention are preferred embodiments of the present application, and the scope of the present application is not limited by the embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims

1. An environmentally friendly nylon-polyester cloth, characterized in that it comprises a nylon-polyester cloth body (1), and the nylon-polyester cloth body (1) is woven from warp and weft threads; the warp threads include warp unit threads (11), and the warp unit threads The thread (11) includes a first FDY nylon colored yarn (111) and a first FDY polyester yarn (112); the weft thread includes a weft unit thread (12), and the weft unit thread (12) includes a second FDY nylon colored thread (121). ), the second FDY polyester yarn (122).

2. An environmentally friendly nylon-polyester fabric according to claim 1, characterized in that: the first FDY nylon colored yarn (111) and the second FDY nylon colored yarn (121) are both 40D/12F nylon colored yarns; Both the first FDY polyester yarn (112) and the second FDY polyester yarn (122) are 66D/8F black DDY conductive filaments.

3. An environmentally friendly nylon-polyester fabric according to claim 2, characterized in that: the first FDY nylon colored yarn (111) and the second FDY nylon colored yarn (121) are both 40D/12F colored yarns; The first FDY polyester yarn (112) and the second FDY polyester yarn (122) are both 55D/24F black polyester yarns.

4. An environmentally friendly nylon-polyester fabric according to claim 2 or 3, characterized in that: the warp unit thread (11) is composed of a first FDY nylon colored yarn (111) arranged in sequence along the warp direction. ), a first FDY polyester yarn (112), a first FDY nylon colored yarn (111), a first FDY polyester yarn (112), and a first FDY nylon colored yarn (111); The direction element line (12) is composed of a second FDY nylon colored yarn (121), a second FDY polyester yarn (122), a second FDY nylon colored yarn (121), a second FDY nylon colored yarn (121), a second It is composed of FDY polyester yarn (122) and a second FDY nylon dyed yarn (121).

5. An environmentally friendly nylon-polyester fabric according to claim 1, characterized in that: the warp unit thread (11) further comprises a first phase change energy storage fiber (113); the weft unit thread (12) further comprises a It includes a second phase-change energy storage fiber (123); the warp unit line (11) is composed of a first FDY nylon colored yarn (111) and a first FDY polyester yarn (112) arranged in sequence along the warp direction , a first phase-change energy storage fiber (113), a first FDY polyester yarn (112), a first FDY nylon dyed yarn (111); the weft unit line (12) is formed along the weft direction A second FDY nylon dyed yarn (121), a second FDY polyester yarn (122), a second phase change energy storage fiber (123), a second FDY polyester yarn (122), a second FDY polyester yarn (122), a second It is composed of FDY nylon dyed yarn (121).

6 . The environmentally friendly nylon-polyester fabric according to claim 5 , wherein the first phase change energy storage fibers ( 113 ) and the second phase change energy storage fibers ( 123 ) are nanometer antibacterial regenerated protein fibers. 7 .

7. An environmentally friendly nylon-polyester cloth according to claim 1, characterized in that: the warp element thread (11) further comprises a chitin tencel fiber thread (114), a chitin tencel fiber thread (114) It is located between the first FDY nylon dyed yarn (111) and the first FDY polyester yarn (112); the weft unit line (12) also includes the Weilauft fiber line (124), the Weilauft fiber line (124) It is located between the second FDY nylon yarn (121) and the second FDY polyester yarn (122).

8. An environmentally friendly nylon-polyester fabric according to claim 1, characterized in that: the warp element thread (11) further comprises an antibacterial and breathable fiber thread (115), and the antibacterial and breathable fiber thread (115) comprises a Veeroff The special twisted thread (1151) and the chitin antenna thread (1152), the chitin antenna thread (1152) is helically wound around the Wieloft twisted thread (1151) in the circumferential direction; the antibacterial and breathable fiber thread (115) is located in the first FDY Between the nylon dyed yarn (111) and the first FDY polyester yarn (112).