Novel warmth retention textile material for lining

Abstract

The invention provides a novel warmth retention textile material for a lining, which comprises a plurality of layers of textile fiber meshes. Polyethylene films with a specification of 60 to 100mu are laid between the fiber meshes; the fiber meshes and the films are mutually fixed by a needling method, so that the plurality of layers of formed fiber meshes and the interval films are combined into one whole body. The product is light, thin and soft, is uniform in texture, is fine and smooth in hand feeling, has good wind resistance, excellent warmth retention performance and high strength, is rich in elasticity, and has washing resistance; warmth retention performance and air permeability are improved in a direct proportional manner; the novel warmth retention textile material has good hygroscopicity, is comfortable to wear, and is convenient to cut, sew and process. A production process of the product is matured, simple and convenient, and is low in cost and high in efficiency.

Description

technical field [0001] The invention relates to the field of textile materials, in particular to a novel thermal textile material for lining. Background technique [0002] The thermal insulation textile materials used for lining mainly include cotton, camel hair, silk floss, down, wool, high-elastic cotton, spray-bonded cotton, metal wool, etc. These thermal insulation materials have a certain thermal performance, but limited by their own texture and structural characteristics, they have the following different disadvantages: such as too fluffy and heavy, too large, bloated, inconvenient to use, difficult to carry, store and transport; moisture absorption, Poor air permeability, lack of comfort when wearing; loose tissue structure, easy to harden, break and swim, poor fastness, not resistant to washing and use; sewing processing is inconvenient, applicable product variety is single; fiber tissue is easy to fall off and disperse, resulting in thick and thin products Unevenne...

AI Technical Summary

Problems solved by technology

These thermal insulation materials have a certain thermal performance, but limited by their own texture and structural characteristics, they have the following different disadvantages: such as too fluffy and heavy, too large, bloated, inconvenient to use, difficult to carry, store and transport; moisture absorption, Poor air permeability, lack of comfort when wearing; loose tissue structure, easy to harden, break and swim, poor fastness, not resistant to washing and use; sewing processing is inconvenient, applicable product variety is single; fiber tissue is easy to fall off and disperse, resulting in thick and thin products Unevenness affects thermal performance; thermal insulation develops in inverse proportion to air permeability, etc.

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