Processing method of anti-ultraviolet thermal-insulation clothing

Abstract

The invention discloses a processing method of an anti-ultraviolet thermal-insulation clothing. The processing method comprises following steps: 1) modified polyester fiber with high hygroscopicity is taken as meridional fiber, bamboo fiber is taken as latitudinal fiber for weaving so as to obtain a garment fabric; 2) the garment fabric is immersed in an anti-ultraviolet solution, after full infiltration, the garment fabric is collected, is subjected to pre-drying at 65DEG C for 5 to 8min, and is subjected to baking at 120 to 130DEG C for 2 to 4min; 3) the garment fabric processed via step 2) is immersed into an antibacterial solution at 38 to 45DEG C for 20 to 25min, is collected, and is delivered into a drying plant; and 4) the garment fabric obtained via step 3) is subjected to rolling and dyeing, and is made into clothes of different specifications so as to obtain the anti-ultraviolet thermal-insulation clothing. Production technology of the processing method is simple, is convenient for operation, and is high in yield; ultraviolet transmittance (UVA) of the anti-ultraviolet thermal-insulation clothing is 5% or less; ultraviolet protect coefficient (UPF) is 30 or higher; surface specific resistance is 105 omega / m2 or less; electromagnetic shielding coefficient can be as high as 20dB; the anti-ultraviolet thermal-insulation clothing possesses excellent ultraviolet resistance.

Description

Technical field: [0001] The invention relates to the technical field of clothing fabrics, in particular to a processing method for UV-resistant and heat-insulating clothing. Background technique: [0002] With the improvement of living standards and quality of life, people put forward various functional requirements for textiles and clothing. Functional fibers and functional textiles are fiber materials and textile products that represent the level of technological development in materials, chemicals, textiles and related fields. The development of functional textiles, which integrates comfort, leisure and health care, has become the trend of textile development in the world today. Since the late 1990s, a variety of functional fibers including flame retardant, aromatic, negative ions, antibacterial, anti-ultraviolet, warm, antistatic, heat storage, and intelligent air-conditioning fibers have been researched and developed. The development of antibacterial health care clothi...

AI Technical Summary

Problems solved by technology

However, polyester fiber is a typical hydrophobic fiber with a moisture absorption rate of only 0.4%. As a material for next-to-body wear, its wearing comfort is very poor, especially when the human body sweats, it has difficulty perspiration, giving people a hot and uncomfortable feeling.

At the same time, polyester fiber has poor hygroscopicity, which also brings a series of problems to weaving, such as easy to accumulate static electricity, easy to absorb dust, difficult to remove oil stains, etc.