31results about How to "Strong edible" patented technology

The invention relates to a method for processing a double face fabric with single-side moisture transferring and cooling functions, which is characterized in that the yarn for weaving the inner layer of the fabric is made of cool nylon fiber FLYCOOL, and the yarn for weaving the outer layer of the fabric is made of all common garment fiber. The method comprises the basic processing steps of gray fabric preparing, pretreating, dyeing or whitening, softening and thermosetting finishing. The fabric obtains the single-side moisture transfer property through thermosetting finishing. The fabric with single-side moisture transfer property has simple technological design, stability in production, easiness for operation, high working efficiency, large-scale production and an obvious single-side moisture transfer effect, the product has good performance uniformity, and the fabric shows a composite special effect function, i.e. the fabric shows a single-side moisture transfer and moisture absorption fast dry mechanism and a cooling function. The wearing comfortableness of sports wear is increased, and the sports wear is cool and comfortable to wear, has strong wearability and can especially meet the wearing requirement of people doing a large amount of exercises in summer.

The invention discloses a Siro-spinning core-spun yarn blended with soybean fiber and bamboo fiber and spinning technology. The blended yarn is produced by blending soybean fiber and bamboo fiber, wherein, the content of the soybean fiber is 1%-9%, and the residual is bamboo fiber. Siro-spinning is adopted; and spandex filament is added to produce Siro-spinning core-spun yarn. The blended yarn has the advantages of the soybean fiber and the bamboo fiber, at the same time, the spandex filament is added, so that the blended yarn has a good elasticity, a good shape-retaining ability, and has no wrinkling.

The invention discloses a processing method of interval transfer printing knitting seersucker fabric. The method comprises the following steps of formation of grey fabric, preshaping, pretreatment, dyeing, dehydration, fabric slitting, shaping, thermal transfer printing, detection and packaging. Three raw materials of cationic polyester, ordinary polyester and spandex which are different in dyeing performance are adopted, the 28-stitch circular knitting interval weaving method is adopted, and as fine polyester shrinks when woven with the spandex, and the cationic polyester does not shrink when not woven with the spandex, the seersucker effect is generated on the grey fabric. The cationic polyester is dyed through cationic dyes, and the ordinary polyester and the spandex are subjected to thermal transfer printing through disperse dyes, so that the interval printing effect is generated.

The invention provides an anti-radiation finishing processing method for a fabric. The anti-radiation finishing processing method is characterized in that a padding and baking process is used for attaching nano magnetic metal to the fabric, wherein each liter of a padding working solution contains following substances in mass: 30-60g / L of a nano metal wave absorbing agent and 40-60g / L of a macromolecular binding agent. Cloth produced by the anti-radiation finishing processing method avoids the defects of poor washing fastness, great gram weight, poor flexible comfort and the like; meanwhile, the fabric is used for absorbing electromagnetic waves and converting the electromagnetic waves to heat to release heat; the fabric is more superior than a fabric which reflects the electromagnetic waves; furthermore, the special macromolecular binding agent is used and a nano magnetic metal material is finished on the fabric by a special process to produce the fabric with soft hand feeling, good washing fastness and good anti-radiation effect; the method can be used for producing thin and light spring and summer anti-radiation fabrics.