15results about "Shrinking resistant fibres" patented technology

The present application belongs to the field of textile dyeing and finishing technology, and provides an antibacterial and shrink-resistant finishing method for wool fiber products based on catalytic grafting and crosslinking, comprising the following steps: dissolving potassium hydroxide in ethanol to prepare an alkali-alcohol solution, immersing the wool fiber product in the alkali-alcohol solution to obtain a pretreated wool fiber product; synthesizing modified amino macromolecules containing disulfide bond side groups by using lipoic acid and amino macromolecules as main raw materials; immersing the pretreated wool fiber product in the modified amino macromolecule aqueous solution, and then immersing it in silver nitrate to obtain an antibacterial and shrink-resistant wool fiber product. The antibacterial and shrink-resistant finishing method forms a modified amino macromolecule crosslinking network layer on the surface of the wool fiber product, does not damage the fiber strength, and gives the wool a shrinkage-resistant effect; the modified amino macromolecule has antibacterial, reducing and coordination combination properties with nano-silver, promotes the reduction and deposition of silver ions on the surface of the wool fiber, and improves the antibacterial effect of the wool fiber product.

Provided are a liquid detergent composition that exhibits good liquid color stability at high temperature and low-temperature storage stability and provides excellent washing performance to sebum stains and anti-wrinkle performance for textile products even when water having high hardness is used, and a method for washing textile products that provides excellent washing performance to sebum stains and anti-wrinkle performance for textile products even when water having high hardness is used. A liquid detergent composition containing: (a) an anionic surfactant (hereinafter referred to as component (a)) containing an internal olefin sulfonate with 16 or more and 24 or less carbons (hereinafter referred to as component (a1)); (b1) an amine-based alkali agent; (b2) a carbonate-based alkali agent; and water, wherein the liquid detergent composition has a content of component (a1) in component (a) of 70 mass% or more and 100 mass% or less, and a pH of 8.5 or more and 11.0 or less at 20°C.

Silk coated and / or infused performance materials, apparel, and methods of preparing the same are disclosed herein. In some embodiments, silk performance apparel includes textiles, fabrics, consumer products, and other materials that are coated with aqueous solutions of pure silk fibroin-based protein fragments having low, medium, and / or high molecular weight in various ratios.

The invention discloses a durable shrink-proof anti-wrinkle finishing liquid of a quaternary composite cross-linking system and application of the finishing liquid, the quaternary composite cross-linking system consisting of a water-borne epoxy resin dispersion, a reactive organic silicon softening agent, polybasic acid and a mixture of polyethylene glycol with different molecular weights is adopted, and the durable shrink-proof anti-wrinkle finishing liquid is prepared through an ultrasonic-assisted impregnation process. The finishing liquid deeply permeates into the interior of the fiber, and then pre-drying, baking and post-processing are carried out, so that a stable and high-density three-dimensional cross-linked network is constructed on the real silk fiber. On the premise that no formaldehyde is released, the finished fabric has durable, shrink-proof and anti-wrinkle performance, good wrinkle recovery performance and soft hand feeling. Specifically, the fabric has excellent dry / wet crease recovery performance (the crease recovery angle is greater than or equal to 300 degrees, and the crease is completely recovered within 5 minutes), high shrink-proof and crease-resistant grade (the initial grade is greater than or equal to 4.0, and the initial grade is greater than or equal to 3.5 after the fabric is washed with water for 10 times), good soft hand feeling and high strength retention rate (greater than or equal to 88.5%).

The invention discloses a wool yarn surface modification method, which belongs to the technical field of textile material processing, and comprises the steps of wool yarn pretreatment, gradient oxidation treatment, neutralization and rinsing, selective oxidation inhibition treatment, differential resin anchoring treatment and after-treatment. Under a weakly alkaline buffer system, preferential mild oxidation of a wool scale layer is realized by adopting a synergistic effect of persulfate and a metal ion catalyst; then selectively protecting the cashmere fibers by using a sulfydryl-containing oxidation inhibitor under a near-neutral condition; and finally, in a weak acid environment, forming a compact shrink-proof film on the surface of the wool and constructing a breathable protective layer on the surface of the cashmere by utilizing the differential anchoring characteristic of the cationic siloxane-acrylate copolymer resin based on electrostatic interaction. According to the method, the anti-felting performance, the machine washing durability and the dyeing uniformity of the blended yarn are remarkably improved, meanwhile, the soft hand feeling and the mechanical property of cashmere fibers are reserved to the maximum extent, and a reliable solution is provided for development of high-quality easy-care blended textiles.

To provide a regenerated cellulose fiber which is stabilized in size by reducing the shrinkage after water washing and the like. A regenerated cellulose fiber characterized in that a surface of the regenerated cellulose fiber has an adsorbate containing cellulose nanofiber.

The present invention provides: a liquid cleaning agent composition that has excellent liquid-color stability at a high temperature, excellent low temperature storage stability, and superior ability in preventing wrinkling and in cleaning sebum stains in textile products even when water having a high hardness is used; and a method that is for cleaning textile products and that has superior ability in preventing wrinkling and in cleaning sebum stains in textile products even when water having a high hardness is used.　This liquid cleaning agent composition contains: (a) an anionic surfactant (hereinafter, referred to as component (a)) containing an internal olefin sulfonate (hereinafter, referred to as component (a1)) having 16-24 carbon atoms; (b1) an amine-based alkaline agent; (b2) a carbonate-based alkaline agent; and water. The contained amount of component (a1) in component (a) is 70-100 mass%. The liquid cleaning agent composition has a pH of 8.5-11.0 at 20°C.

To provide a dimensionally stabilized regenerated cellulose fiber by reducing an amount of reduction after water wash cleaning, etc.SOLUTION: A fiber includes an adsorbate on a surface of a twist yarn including a basic fiber obtained by spinning a regenerated cellulose raw material. The adsorbate includes a cellulose nanofiber.SELECTED DRAWING: Figure 2A

The invention relates to the technical field of business suit manufacturing, in particular to a manufacturing method of a machine washable business suit. The manufacturing method comprises the following steps: step 1, selection and pretreatment of a fabric and auxiliary materials: selecting a 100% wool material as the fabric, and carrying out preshrinking treatment on the fabric made of the 100% wool material; the auxiliary materials comprise a washable shoulder pad, a washable black carbon lining, a washable sleeve pad strip, a washable bodice lining and a sleeve lining; 2, sewing, wherein the sewing comprises a front sewing step and a rear sewing step, wherein the front sewing step comprises manufacturing of a front piece, manufacturing of a back, manufacturing of a front facing, manufacturing of a collar and manufacturing of sleeves; according to the manufacturing method, not only is the manufacturing process improved, but also the washable fabric is adopted, and the overall attractiveness of the western-style clothes can be improved on the premise that it is guaranteed that the western-style clothes are not loosened after machine washing and the practical and water-permeable effects are achieved.

The application discloses a low-temperature dyeing and antibacterial shrink-proof composite processing method for wool fabric, and belongs to the technical field of textile dyeing and finishing processing. Firstly, keratinase and protease are used for enzyme shrink-proof treatment of the wool fabric, wool scale keratin is decomposed by enzymolysis, and the wool is endowed with shrink-proof effect; then, low-temperature dyeing treatment is carried out on the wool fabric; finally, glutamine transaminase is used to catalyze amino macromolecules containing glutamine, and bio-enzyme addition composite finishing is carried out, so that the dyeing fastness is improved, the shrink-proof effect is increased, and the wool is endowed with antibacterial property. Compared with traditional chlorination or single enzyme method for wool shrink-proof finishing, the method has the advantages of process ecological environmental protection, low shrinkage rate, low strength loss, excellent antibacterial effect, high color depth and high color fastness.

The invention relates to a machine-washable ultra-light sunscreen wool fabric and a preparation process thereof. The preparation process specifically comprises the following steps: carrying out shrink-proof treatment on superfine wool yarns subjected to cleaning, degreasing and wax removal treatment by utilizing a shrink-proof finishing agent to obtain shrink-proof superfine wool yarns; the preparation method comprises the following steps: mixing mineral nano particles, a silane coupling agent and nylon 66 slices to obtain a mixed system, and carrying out melt extrusion, cooling molding and drafting setting treatment on the mixed system to obtain FDY (Fully Drawn Yarn) filaments; fDY filaments are used as yarn cores, anti-shrinkage superfine wool yarns are used as outer layers, wool core-spun yarns are prepared through a core-spun yarn process, and the fabric is obtained by spinning the wool core-spun yarns as warp yarns and weft yarns. The shrink-proof superfine wool yarn is prepared through shrink-proof treatment, the shrink-proof performance of the product is excellent, the machine washing target can be achieved, nylon 66 slices are used as raw materials, mineral nanoparticles are added, the nylon 66 slices are made into FDY filaments, the sun-proof and ultraviolet-proof performance of the product can be improved, and the wool core-spun yarn can achieve the purposes of light weight and product strength increasing.

The present invention relates to an aqueous textile finishing composition, and a process for finishing a textile. The aqueous textile finishing composition contains 1,2,3-propanetriol, a surfactant, and a finishing agent selected from an oil of vegetal origin, a wax of vegetal origin, a beeswax, and an esterquat. The textile finishing compositions is silicone- and fluorine-free.

The presentation disclosure relates to a method for producing a reinforced textile fiber composition comprising a) providing a textile fiber composition b) optionally forming a textile from the textile fiber composition, and c) subjecting the textile fiber composition or textile in a buffered reaction medium to a first mediator molecule activated by an oxidoreductase catalyst at a pH between 5 to 6, thereby promoting the covalent crosslinking of fibers by the oxidoreductase catalyst / mediator thereby reinforcing the textile fiber composition or textile.

The invention relates to a nano micro-molecular wool / cashmere fabric and a preparation method thereof. The preparation method comprises the following steps: proportioning 15-20 parts of nano micro-molecular capsules, 2-5 parts of a softening agent, 1-3 parts of a nonionic surfactant, 1-4 parts of citric acid, 55-65 parts of an ethyl acrylate-methyl methacrylate copolymer aqueous dispersion and 10-20 parts of a chitosan solution to obtain a tilting agent; mixing with water to obtain a tilting solution, performing tilting treatment on the wool / cashmere yarn by using the tilting solution, and performing curing treatment to obtain the nano micro-molecular wool / cashmere yarn. The preparation method comprises the following steps: adsorbing eucalyptus essential oil, lemon grass essential oil, medium-chain triglyceride, nano-zinc oxide and nano-silver by using biomass activated carbon, coating with an ethyl acrylate-methyl methacrylate copolymer and chitosan to prepare a nano-micromolecule capsule, adding the nano-micromolecule capsule into a rolling solution system, and rolling to obtain the nano-micromolecule capsule containing the eucalyptus essential oil, the lemon grass essential oil, the medium-chain triglyceride, the nano-zinc oxide and the nano-silver. And after the wool and cashmere yarns are rolled and cured, the wool and cashmere yarns have lasting bacteriostasis, and the wear resistance and shrink resistance of the wool and cashmere fabric are enhanced.

The application belongs to the technical field of bioengineering and specifically relates to a keratinase mutant with reduced caseinase specific activity obtained through site-directed mutation, so as to reduce the degradation of the casein component in wool by the caseinase activity in the keratinase, and make the wool fiber have better performance. The mutant is obtained on the basis of the wild-type keratinase shown in SEQ ID NO. 1 through Q241A, Q241A / S207A, Q241A / S213A, Q241A / T237A, Q241A / S207A / T237A or Q241A / S207A / S213A mutation. The caseinase activity in the mutant is significantly reduced, which is conducive to expanding the application of the mutant in the wool textile field.