TW202317833A - Fabric for printing which has a structure of using two woven layers for providing the advantages of both materials, and is woven with recycled materials for reducing environmental pollution and achieving energy saving and carbon reduction - Google Patents

Abstract

The invention provides a fabric for printing, wherein the fabric includes a surface woven layer and a bottom woven layer. The surface woven layer is made of virgin polyester fibers or recycled polyester fibers, and the bottom woven layer is made of polyester fibers or recycled polyester fibers mixed with cotton, rayon or linen. The surface woven layer is provided with a relatively high heat-resistant temperature so that patterns and characters can be transferred on the surface of the surface woven layer by means of thermal transfer. The invention has a structure of using two woven layers so as to have the advantages of both materials, and is woven with recycled materials so as to reduce environmental pollution, achieve energy saving and carbon reduction, and facilitate cost reduction.

Description

cloth for printing

The present invention provides a cloth for printing, especially a cloth for printing woven from recycled polyester fibers, which is environmentally friendly, energy-saving and carbon-reducing, and reduces costs.

Among the fabric materials, the woven fabric made of cotton usually has the properties of high moisture absorption and easy perspiration. In addition, the cotton fabric itself is soft and comfortable to the touch, and it is not easy to generate static electricity. Therefore, cotton woven fabrics are often used in clothing manufacturing. For the mainstream material. In response to the color and pattern requirements of various clothing designs, when processing cotton fabrics, since there are natural pigments on the fibers, if it is directly used for dyeing or printing, it will affect the brightness of the color after treatment. The natural pigments in the fabric need to be bleached and depigmented to give the fabric the necessary stable chroma. The use of artificial fibers such as polyester fibers (Polyester) for dyeing or printing has the advantage of bright colors. The smooth surface of the fabric fibers has a better visual effect on the design pattern, and because of its good elasticity, quick drying, and wrinkle resistance, it is often used as a fabric. Used in sportswear.

As the commodity cycle in the clothing consumer market is getting shorter and shorter, clothing made of man-made fiber cloth is not easy to be decomposed due to its material characteristics, and it often causes environmental pollution after being reduced to waste textiles. In recent years, with the rise of environmental awareness, how to Reuse to create new value has become the direction of development and research for various garment manufacturers.

The main purpose of the present invention is to provide a kind of cloth for printing, which is recycled It is made of recycled polyester fiber, and it is easy to print patterns and characters, and it can be recycled, which can save energy, reduce carbon and reduce environmental pollution.

The technical means adopted by the present invention to achieve the above-mentioned purpose include: a weaving layer, which is woven by polyester fibers; a bottom weaving layer, which is woven by polyester fibers; The weaving is integrated to make fabrics with different materials for the top weave layer and the bottom weave layer. The polyester fiber of the top weave layer and the bottom weave layer can be recycled and reused, which can reduce environmental pollution, save energy, reduce carbon and reduce costs.

The bottom weaving layer further includes natural fibers, and the bottom weaving layer is made of blended polyester fibers and natural fibers; the natural fibers of the bottom weaving layer can be made of one of cotton, rayon and hemp; further Patterns and characters can be printed on the surface of the bottom fabric layer by wet screen printing or roller printing.

The bottom weave layer can further print patterns and characters on the surface of the bottom weave layer by heat transfer printing, wet screen printing or roller printing.

The polyester fibers of the surface weave layer and the bottom weave layer can be raw polyester fibers, recycled polyester fibers obtained from recycled plastic bottles, recycled polyester fibers obtained from recycled garments, recycled polyester fibers obtained from recycled textile waste The virgin polyester fiber is a long fiber with a denier number of 50-300 denier; the recycled polyester fiber is a short fiber with a yarn count of 16-40.

The polyester fiber of the surface weave layer and the bottom weave layer can be a mixed polyester fiber made by mixing raw polyester fiber and recycled polyester fiber obtained from recycled PET bottles, and the raw polyester fiber and recycled clothing, Blended polyester fibers obtained by mixing recycled polyester fibers obtained from recycled textile waste, blends obtained by mixing recycled polyester fibers obtained from recycled PET bottles with recycled garments, and recycled polyester fibers obtained from recycled textile waste Polyester Fiber, Virgin Polyester Fiber and Recycled Polyester One of the blended polyester fibers obtained by mixing recycled polyester fibers obtained from bottles with recycled garments and recycled polyester fibers obtained from recycled textile waste; the virgin polyester fibers are long fibers with a denier number of Denier is 50-300; the recycled polyester fiber is staple fiber, and the yarn count is 16-40.

The surface weaving layer and the bottom weaving layer are woven together by one of knitting and plain weaving.

The cloth used for printing can further print patterns and characters on the surface of the fabric layer by thermal transfer printing, wet screen printing or roller printing.

The surface weave layer and the bottom weave layer are added with antimicrobial ingredients, which is one of chitin and silver ions, so as to achieve antibacterial and deodorizing effects.

The cloth can be applied to handkerchiefs, towels, bath towels, beach towels, small blankets, bed sheets, advertisements and gifts.

The surroundings of the surface weave layer and the bottom weave layer are combined by one of hem seam, hem seam, car edge and hot-melt edge.

Another technical means adopted by the present invention includes: one side weaving layer is made of polyester fiber; one bottom weaving layer is made of natural fiber; the surface weaving layer and the bottom weaving layer are woven into one , to make fabrics with different materials for the top weave layer and the bottom weave layer, and the top weave layer can be recycled and reused, which can reduce environmental pollution, save energy, reduce carbon and reduce costs.

The polyester fiber of the surface weaving layer can be one of virgin polyester fiber, recycled polyester fiber obtained from recycled PET bottles, recycled polyester fiber obtained from recycled garments, and recycled polyester fiber obtained from recycled textile waste The raw polyester fiber is a long fiber with a denier number of 50-300; the recycled polyester fiber is a short fiber with a yarn count of 16-40.

The polyester fiber of the surface weaving layer can be a mixed polyester fiber made by mixing virgin polyester fiber and recycled polyester fiber obtained from recycled plastic bottles, virgin polyester fiber and recycled garments, recycled textile waste Blended polyester fibers obtained by mixing recycled polyester fibers obtained by recycling PET bottles, recycled polyester fibers obtained by recycling garments, and recycled polyester fibers obtained by recycling textile waste , consisting of one of the blended polyester fibers obtained by mixing virgin polyester fibers with recycled polyester fibers obtained from recycled PET bottles, recycled garments, and recycled polyester fibers obtained from recycled textile waste; the virgin polyester The fiber is a long fiber with a denier number of 50-300; the recycled polyester fiber is a short fiber with a yarn count of 16-40.

The natural fibers of the bottom weave layer can be made of one of cotton, rayon and hemp.

The surface weaving layer and the bottom weaving layer are woven together by one of knitting and plain weaving.

The surface weave layer can further print patterns and characters on the surface of the surface weave layer by thermal transfer, wet screen printing or roller printing.

The bottom weave layer can further be printed on the surface of the bottom weave layer by wet screen printing or roller printing patterns and characters.

The surface weave layer and the bottom weave layer are added with antimicrobial ingredients, which is one of chitin and silver ions, so as to achieve antibacterial and deodorizing effects.

The cloth can be applied to handkerchiefs, towels, bath towels, beach towels, small blankets, bed sheets, advertisements and gifts.

The surroundings of the surface weave layer and the bottom weave layer are combined by one of hem seam, hem seam, car edge and hot-melt edge.

1: Cloth for printing

10: Fabric layer

11: surface

111: pattern

112: text

20: Bottom weave layer

Figure 1 is a three-dimensional schematic view of the first embodiment of the present invention;

Fig. 2 is a schematic cross-sectional view of the first embodiment of the present invention.

Please refer to Figures 1 and 2, which are perspective views and cross-sectional views of the first embodiment of the present invention. The fabric 1 for printing includes a surface weave layer 10 and a bottom weave layer 20 .

The surface weave layer 10 and the bottom weave layer 20 are woven together in double knitting or plain weaving, so that a cloth with different materials or the same material as the surface weave layer 10 and the bottom weave layer 20 is formed. Sewn edges) can be formed by a combination of hem seams, overlock seams, car edges, and hot-melt edges.

The fabric layer 10 is made of polyester fiber, the polyester fiber is (a) virgin polyester fiber (Virgin Polyester), or (b) recycled polyester fiber, which is recycled PET bottle (Recycle Polyester) Polyester PET) recycled polyester fiber, or (c) recycled polyester fiber, which is recycled polyester obtained from recycled garments (Used Garment) and recycled textile waste (Used Textile Material) that are all polyester fiber components composed of fibers.

The polyester fiber can also be a mixed polyester fiber made by mixing virgin polyester fiber (Virgin Polyester) and recycled polyester fiber (Recycle Polyester PET) obtained from recycled PET bottles, or virgin polyester fiber and recycled garments (Used Garment), recycled polyester fiber obtained from recycled textile waste (Used Textile Material) mixed polyester fiber, or recycled polyester fiber obtained from recycled plastic bottles and recycled clothing, recycled textile waste obtained Blended polyester fibers made by mixing recycled polyester fibers, or virgin polyester fibers and recycled PET bottles It is composed of blended polyester fibers made by mixing recycled polyester fibers with recycled garments and recycled polyester fibers obtained from recycled textile waste.

The bottom fabric layer 20 is a blend of polyester fiber and natural fiber (Nature fiber), which is woven by knitting or plain weaving.

The blending of the bottom fabric layer 20 is a blend of virgin polyester fiber (Virgin Polyester) and cotton (Cotton) or rayon (Rayon) or linen, or recycled polyester fiber (Recycle Polyester PET) obtained from recycled PET bottles and Cotton or rayon or hemp blend, or recycled garments (Used Garment), recycled textile waste (Used Textile Material) recycled polyester fiber (fiber) and cotton (Cotton) or rayon (Rayon) ) or a blend of linen.

The blending of the bottom fabric layer 20 can also be a blend of polyester fiber and cotton (Cotton) or rayon (Rayon) made by mixing virgin polyester fiber and recycled polyester fiber (Recycle Polyester PET) obtained from recycled PET bottles. or hemp blend, or mixed polyester fiber and cotton (Cotton) or man-made made by mixing virgin polyester fiber with recycled polyester fiber (Used Garment) or recycled textile waste (Used Textile Material) Blends of silk (Rayon) or linen, or recycled polyester fibers obtained from recycled PET bottles and recycled garments, recycled polyester fibers obtained from recycled textile waste, mixed polyester fibers and cotton (Cotton) or Blends of rayon or hemp, or mixed polyester fibers made from virgin polyester fibers and recycled polyester fibers obtained from recycled PET bottles, recycled garments, and recycled polyester fibers obtained from recycled textile waste Blended with cotton (Cotton) or rayon (Rayon) or linen.

The face weave layer 10 has the advantages of polyester fiber, including high strength, long life, not easy to wrinkle, not easy to shrink, not easy to cause allergies, no mold, heat resistance... etc., because the heat resistance temperature of the surface 11 is relatively high High, can be thermal transfer, wet screen printing or roll printing to make the printed image Patterns and texts are printed on the surface 11 of the fabric layer 10. For example, the pattern 111 and text 112 are transferred by thermal transfer printing, which can make the colors bright and colorful, and can be diversified, so that the fabric can be vividly changed or advertised. .

The bottom fabric layer 20 is made of blended fibers, which has good water absorption and soft touch, and can be printed on the surface of the bottom fabric layer 20 by wet screen printing or roller printing.

Its structure of the second embodiment of the present invention is mostly the same as that of the first embodiment and has the same function, so the illustration and description are omitted. The difference between the two is that the bottom fabric layer 20 of the second embodiment is made of natural fibers ( Nature fiber) is made of cotton (Cotton) or rayon (Rayon) or hemp knitting or plain weaving, and has the characteristics of natural fibers, and the bottom fabric layer 20 in the second embodiment can be wet screen printing or roller type Printed patterns and characters are printed on the surface of the bottom fabric layer.

The structure of the third embodiment of the present invention is mostly the same as that of the first embodiment and has the same function, so the illustrations and descriptions are omitted. Layer 10 is made of polyester fiber knitting or plain weaving made of the same material, so the bottom fabric layer 20 of the third embodiment can also be thermal transfer, wet screen printing or roller printing to print patterns and characters on the bottom fabric layer 20 , and has the same advantages as the face weave layer 10.

The raw polyester fibers in the above embodiments of the present invention are long fibers with a denier number of 50-300 denier, and the recycled polyester fibers are short fibers with a yarn count of 16-40 ('S).

The surface fabric layer 10 and the bottom fabric layer 20 of the above embodiments of the present invention can be added with antimicrobial components, such as chitin or silver ions, to achieve antibacterial and deodorizing effects.

The fabric used for printing in the present invention is recycled PET bottles, recycled garments or recycled textile waste to obtain recycled polyester fibers for recycling, thereby reducing environmental pollution.

The cloth used for printing of the present invention is to utilize recycled plastic bottles, garments or textiles Weaving waste is obtained from recycled polyester fibers for recycling, which can reduce the amount of oil consumed in refining polyester fibers and reduce the production of nitrous oxide during the refining process, thereby achieving the effect of energy saving and carbon reduction.

The cloth used for printing of the present invention uses recycled polyester fiber as raw material, which is beneficial to reduce the cost.

The cloth used for printing of the present invention can be applied to products such as handkerchiefs, towels, bath towels, beach towels, small blankets, bed sheets, advertisements, gifts, etc., and all of the cloths can be recycled and reused.

Based on the above, the present invention is indeed a very excellent idea, and an application for an invention patent is filed according to law; but the content of the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. The changes extended by the technical means of the present invention, various design changes, amendments, replacements, combinations, simplifications, and equivalent replacements should all fall within the scope of the patent application of the present invention, which is hereby explained.

1: Cloth for printing

10: Fabric layer

11: surface

111: pattern

112: text

20: Bottom weave layer

Claims (17)

A cloth for printing, comprising: One fabric layer is made of polyester fiber; a base layer made of polyester fibers; The top weave layer and the bottom weave layer are woven together to make fabrics with different materials for the top weave layer and the bottom weave layer, and the polyester fiber of the top weave layer and the bottom weave layer can be recycled and reused, which can reduce environmental pollution , energy saving, carbon reduction and cost reduction. The fabric for printing according to claim 1, wherein the bottom fabric layer further includes natural fibers, and the bottom fabric layer is made of blended polyester fibers and natural fibers. The fabric for printing as claimed in claim 1, wherein the pattern and text can be further printed on the surface of the bottom fabric layer by thermal transfer printing, wet screen printing or roller printing. Such as the fabric used for printing in claim 1, wherein the polyester fibers of the surface weave layer and the bottom weave layer can be raw polyester fibers, recycled polyester fibers obtained from recycled PET bottles, recycled polyester obtained from recycled garments Fiber, one of recycled polyester fibers obtained from recycled textile waste. The fabric used for printing as claimed in claim 1, wherein the polyester fiber of the surface weave layer and the bottom weave layer can be a mixed polyester fiber made by mixing raw polyester fiber and recycled polyester fiber obtained from recycled PET bottles. Ester fibers, blended polyester fibers made by mixing virgin polyester fibers with recycled garments, recycled polyester fibers obtained from recycled textile waste, recycled polyester fibers obtained from recycled PET bottles, recycled garments, and recycled textile waste Mixed polyester fibers made from recycled polyester fibers, recycled polyester fibers from virgin polyester fibers and recycled PET bottles and recycled garments, recycled polyester fibers One of the mixed polyester fibers made by mixing recycled polyester fibers obtained from textile waste. A cloth for printing, comprising: One fabric layer is made of polyester fiber; a base weave made of natural fibers; The surface weaving layer and the bottom weaving layer are woven together, so that the cloth with different materials of the surface weaving layer and the bottom weaving layer can be recycled, which can reduce environmental pollution, save energy, reduce carbon and reduce costs. Such as the cloth used for printing in claim 6, wherein, the polyester fiber of the face weaving layer can be raw polyester fiber, recycled polyester fiber obtained by recycling plastic bottles, recycled polyester fiber obtained by recycling garments, recycled textile It is made of one of recycled polyester fibers obtained from waste. Such as the cloth used for printing in claim 6, wherein the polyester fiber of the face weaving layer can be a mixed polyester fiber made by mixing virgin polyester fiber and recycled polyester fiber obtained from recycled plastic bottles, and the raw Polyester fibers mixed with recycled garments, recycled polyester fibers obtained from recycled textile waste, recycled polyester fibers obtained from recycled PET bottles and recycled garments, recycled polyester fibers obtained from recycled textile waste Blended polyester fibers made by mixing the two, blended polyester fibers made by mixing virgin polyester fibers with recycled polyester fibers obtained from recycled PET bottles, recycled garments, and recycled polyester fibers obtained from recycled textile waste constituted by one of them. The fabric for printing according to claim 4 or 5 or 7 or 8, wherein the virgin polyester fiber is a long fiber with a denier number of 50-300 denier. The fabric for printing as claimed in claim 4 or 5 or 7 or 8, wherein the recycled polyester fiber is short fiber, and the yarn count is 16-40. The cloth for printing as claimed in claim 2 or 6, wherein the natural fiber of the bottom fabric layer can be made of one of cotton, rayon and hemp. The fabric for printing as claimed in claim 1 or 6, wherein the surface weave layer and the bottom weave layer are woven together by one of knitting and plain weaving. The fabric for printing as claimed in claim 1 or 6, wherein the pattern and text can be further printed on the surface of the fabric layer by thermal transfer printing, wet screen printing or roller printing. The fabric for printing as claimed in claim 2 or 6, wherein the pattern and text can be further printed on the surface of the bottom fabric layer by wet screen printing or roller printing. For example, the cloth for printing according to claim 1 or 6, wherein the surface weave layer and the bottom weave layer are added with an antimicrobial component, which is one of chitin and silver ions, so as to achieve antibacterial and deodorizing effects. The cloth for printing as claimed in claim 1 or 6, wherein the cloth can be applied to handkerchiefs, towels, bath towels, beach towels, small blankets, bed sheets, advertising items, and gifts. The cloth for printing as claimed in claim 1 or 6, wherein the periphery of the surface weave layer and the bottom weave layer are combined by one of hem seam, hem seam, car edge, and hot-melt edge.

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