30results about How to "Feel crisp" patented technology

The invention provides a manufacture method for PU embossed color-changing decoration leather. According to the method, a layer of polyurethane work slurry prepared by using a wet method is coated onto a spunlaced non-woven fabric, and concrete steps of the method comprise: (a) preparing base cloth and unreeling and ironing the base cloth; (b) coating the polyurethane work slurry changeable at a pressure with a knife, wherein a formula for the work slurry comprises, by mass, 20 to 40 parts of high-modulus resin, 80 to 60 parts of low modulus resin, 90 to 200 parts of a solvent, 15 to 25 parts of a filling material, 3 to 15 parts of color paste, 0 to 4 parts of a microporous regulator, 0.1 to 1 part of an antifoaming agent and 0.1 to 1 part of a leveling agent; (c) carrying out solidification and rinsing; and (d) carrying out drying and reeling, wherein drying temperature is 120 to 155 DEG C. The prepared decoration leather has stiff and smooth touch, smooth surface and neat back; temperature for thermal changes of the decoration leather at a pressure is adjustable and is in a range of 165 to 180 DEG C; time for changes at a pressure is short; and the color of the decoration leather having undergone changes at a pressure is brilliant and full, presenting great contrast.

The invention provides a permanent press finishing process of a wool fabric. The process comprises the following steps: firstly, performing pad-roll treatment on a finishing solution consisting of 80g / L-100g / L of a 2D resin finishing agent, 1g / L-3g / L of a penetrating agent, 20g / L-50g / L of a softening agent and 10g / L-15g / L of a catalyst at room temperature for two times, wherein the padding rate is 70%-80%; secondly, folding and pressurizing by using a heavy hammer; thirdly, pre-drying at 80-90 DEG C for 3-5 minutes; fourthly, baking at 120-160 DEG C for 60-90 seconds; fifthly, steaming at 90-100 DEG C for 8-10 minutes; lastly, drying and doffing. The wool fabric treated with the finishing process provided by the invention has an excellent wash and wear effect, and is outstanding in rebound resilience and durable press performance, full in hand feel, smooth, thick and free from color change and color fading.

The invention discloses an ecological antiflaming engraved woolen cloth and a preparation method thereof. Mercerized wool, bamboo fiber and hemp fiber are blended, 19S ecological fiber yarns with better evenness and strength are spun by a German Saurer textile machine production line, and with the cooperation of fashionable engraving colors and the combination of special after-treatment technologies such as fulling, softening, color fixing, inflaming retarding and the like, the ecological antiflaming engraved woolen cloth is produced. The product not only can meet the requirement of comfortable wearing of people, but also can be used as interior trim material for mansions, theatres, restaurants, planes, automobiles and the like, and has wide usages. The main technical indexes are that: pilling is in level 3.5, the oil content is 0.9%, the strength is higher than 165N, the color fastness is 3.5 degrees, the damage length is less than or equal to 150mm, the afterflame time is less than or equal to 5s, and the inflaming retarding time is less than or equal to 5s.

The invention relates to an anti-wrinkle tidying method for a pure cotton fabric, sequentially comprising the following processes: shell fabric preparation, pre-limbering, resin padding, curing, rinsing, post-limbering and preshrinking. The method has the main technical characteristic that the padding formula used in the resin padding process comprises the following components by concentration: 80-120g / L of 2D resin, 80-100g / L of oxalaldehyde resin, 40g / L of 1,3-Dimethylurea, 40g / L of magnesium chloride activated by organic acid, 20-40g / L of brute-force protective agent, 1-2g / L of penetratingagent and the balance of water. The invention has reasonable design, and fully utilizes the advantages of two types of the resins and catalysts; the tidied pure cotton fabric has the characteristics of higher planeness, higher brute force, favorable abrasive resistance, lower formaldehyde content and the like; and the garment made of the tidied pure cotton fabric has the characteristics of comfortable wearing, beautiful appearance and strong durability.

The invention provides a mercerized denim fabric, which relates to the field of textile fabric. The fabric comprises warp yarns and weft yarns, wherein the warp yarns adopt purified cotton fibers; and the weft yarns are composite fibers formed by elastic composite fibers and spandex fibers covered by the purified cotton fibers. The mercerized denim fabric has the advantages of reasonable treatment on the fabric, clear and delicate cloth lines with the effect of warp and weft bamboo joints, strong stereoscopic impression, soft and neat hand feel without crinkles, and excellent elastic restoring performance.

The invention discloses a stiffening agent and a production method thereof. The stiffening agent is composed of 40% polyvinyl acetate emulsion, soluble starch, gelatin, and deionized water. With the stiffening agent, fabric is provided with a stiff and thick texture, and can be prevented from coiling. Finished fabric is prevented from moisture regaining and mellowing, and is provided with certain washing fastness. With the stiffening agent, the strength of the fabric can be maintained to a maximal extent, and a fabric gliding phenomenon can be prevented. The stiffening agent can be used in a same bath with most of finishing agents.

The invention discloses a high-density knitted fabric, a production method and application thereof. More than 50% by weight of the fabric is nylon-polyester composite yarn after fiber opening, and the melting point of the nylon component in the polyester / nylon composite yarn is 180-210°C, and the bending stiffness of the fabric is 0.06gf as measured by the KES method .cm² / cm or more, according to the JISL1096-2010 method, the ventilation volume is 60cm 3 / cm 2 / sec or less. Tight, crisp products can be obtained through conventional reducing processing, which can be used to make jackets, windbreakers or trousers, etc.

The invention discloses a high-density knitted fabric, and a production method and an application thereof. More than 50% by weight of yarns of the high-density knitted fabric are split nylon-dacron composite yarns, the melting point of the nylon component of the nylon-dacron composite yarn ranges from 180 DEG C to 210 DEG C, the bending rigidity of the high-density knitted fabric is measured to be higher than 0.06 gf.cm<2> / cm through a KES method, and the ventilatory capacity of the high-density knitted fabric is measured to be lower than 60 cm<3> / cm<2> / sec through a JISL1096-2010 method. Through routine weight reducing processing of the high-density knitted fabric, a tight, stiff and smooth product can be obtained, and the high-density knitted fabric can be used for making jackets, wind coats or trousers or the like.

The invention provides a wool spinning compound flocking shell fabric and a preparation method thereof and belongs to the field of textiles. The wool spinning compound flocking shell fabric comprises back cloth, surface cloth and a flocking layer. The back cloth is a knitted double-sided shell fabric, the surface cloth is single-sided cloth of knitted plain weaves, the back cloth and the surface cloth are compounded on the reverse sides, and fluff on the flock layer is fixed on the front surface of the surface cloth by means of electrostatic flocking. At the same time, the invention also provides a preparation method of the wool spinning compound flocking shell fabric. The shell fabric obtained by the invention is stable in dimension, stiff and smooth in hand feel, novel in appearance pattern and high in cost performance, and solves the problems that the flocking shell fabric is easily subjected to fluff falling, fluff reversion, wrinkling and colored light change.

The invention provides a 15×12 mesh polyester plastic-coated pet net production process, which comprises the following steps: polyester filament → monofilament plastic coating → warping → weaving → shaping → cloth inspection. The present invention adopts: Z100 twisted polyester filaments coated with plastic, high-temperature plasticized, weaved, and high-temperature shaped. The production efficiency of the present invention is much higher than extrusion production, and the economic benefit is much higher than extrusion production, and the prepared 15×12 mesh polyester plastic-coated pet net with a fabric square meter weight not less than 400g / m2 has high strength, durability Wear resistance, folding resistance, crisp hand feeling, flame retardant, fire protection, UV protection, no harm to animals, etc.

The invention relates to a production method for a worsted fabric having multi-novel functions. Blending weight ratio of the fabric is as follows: 50% of wool, 30% of a far-infrared magnetic fiber and 20% of a nano-antibacterial polyamide fiber. The method comprises the processes of recombing, spinning, weaving and dyeing and finishing. The dyeing and finishing process is as follows: singeing-scouring of wool fabric-crabbing-drying-in-process inspecting-function strengthened finishing-drying-brush clipping-conditioning-decating-conditioning-decating-obtaining a finished product. A functional agent employed by the function strengthened finishing is prepared by stirring 8% of nano ceramic, 28% of a negative ion finishing liquid, 10% of a emulsifying agent and 62% of water with high speed for 60 minutes at the temperature of 50 DEG C. The fabric can resist bacteria, irradiate far infrared rays, release negative ions and have a durable weak magnetic field function.

The invention relates to the application of an organic silicon surfactant in jean preshrinking. A wetting feeding device applying the application is characterized by being provided with a stirrer; the stirring vane of the stirrer extends into a material stirring cylinder provided with the water liquor of the organic silicon surfactant; the side surface and the bottom part of the stirring cylinderare communicated with a bypass pressure adjusting tube which is provided with a booster pump and a strobe and communicated with the input ports of two spray heads by a transmission pipeline; the shell of the spray head is made into a semi-circle box body by stainless steel; the plane of the spray head is provided with a gap. The invention can lead the cloth washing shrinkage in a shrinking working procedure to be reduced to be about 5 percent. The application has the remarkable advantage of saving energy, can endow fabric with stiff, flexible, smooth and plump hand feeling, leads the fabric to have good ventilation, glossy surface and anti-friction property and is comfortable to be worn.

The invention discloses a flaky flat viscose fiber and a preparation method thereof. The preparation method comprises the following steps of: (1) adding a carbonate solution in a viscose solution which finishes etiolation, uniformly mixing with the viscose solution so as to obtain a blend spinning viscose glue, wherein the addition of carbonate is 30-50wt% of armour fiber in a cellulose viscose glue; (2) shaping the blend spinning viscose glue through coagulating bath spinning; and (3) carrying out spray guide drafting on the nascent fiber after shaping, wherein the drafting rate of the spray guide drafting is 30-60%, and the flaky flat viscose fiber is prepared through plastication drafting and postprocessing steps. According to the invention, the copying of the flat viscose fiber can be realized without a spinneret plate in a special jet orifice shape, the traditional production mode of the flat viscose fiber is broken, and the flaky flat viscose fiber is a primary revolution of manufacturing heterotypic viscose fiber. Compared with the prior art, the equipment investment is reduced, and the commercial process is easy to realize.

The invention belongs to the technical field of fabric processing, and particularly relates to a warm fabric printing and dyeing process with mercerizing flocking effect. The process solves the technical problems of unreasonable design and the like of the prior art. The process includes the following steps of A, weaving; B, degreasing; C, dyeing; D, mercerizing; E, whitening; F, electrostatic flocking; G, printing; H, steaming I; water washing; J, hair grabbing and K, softening and shaping. The process has the advantages of being warm and more reasonable in design.

The invention provides a manufacture method for PU embossed color-changing decoration leather. According to the method, a layer of polyurethane work slurry prepared by using a wet method is coated onto a spunlaced non-woven fabric, and concrete steps of the method comprise: (a) preparing base cloth and unreeling and ironing the base cloth; (b) coating the polyurethane work slurry changeable at a pressure with a knife, wherein a formula for the work slurry comprises, by mass, 20 to 40 parts of high-modulus resin, 80 to 60 parts of low modulus resin, 90 to 200 parts of a solvent, 15 to 25 parts of a filling material, 3 to 15 parts of color paste, 0 to 4 parts of a microporous regulator, 0.1 to 1 part of an antifoaming agent and 0.1 to 1 part of a leveling agent; (c) carrying out solidification and rinsing; and (d) carrying out drying and reeling, wherein drying temperature is 120 to 155 DEG C. The prepared decoration leather has stiff and smooth touch, smooth surface and neat back; temperature for thermal changes of the decoration leather at a pressure is adjustable and is in a range of 165 to 180 DEG C; time for changes at a pressure is short; and the color of the decoration leather having undergone changes at a pressure is brilliant and full, presenting great contrast.

The invention discloses a windproof and moisture-permeable fabric. The surface of the fabric is made of fine denier fibers, and the inside is made of coarse denier fibers. 100%, the inner tightness is 55-70%, and the single fiber fineness ratio of fine-denier fiber to coarse-denier fiber is 0.1-0.8. According to JIS? L? 1096 standard measured air flow is less than or equal to 3cc / c? m2·s, according to GB∕T? 12704.2 standard measured moisture permeability between 8000 ~ 15000g / m2·24h. The fabric has low production cost, good moisture permeability, excellent wind resistance, soft hand feeling, plump and crisp, good resilience, and is especially suitable for making high-end leisure outerwear products.

The invention relates to a production method for a radiation-resistant fine spun fabric, which mainly comprises the following steps: dyeing and recombing wool first, and then combing the wool into colored wool tops, mixing the colored wool tops and metallic short fiber strips in spinning and mixing processes to spin into metallic yarns, and weaving, dyeing and finishing the metallic yarns to produce the radiation-resistant fine spinning fabric. Through spinning and mixing the metallic short fibers, the production method for the fabric makes the metallic fibers distributed in the fabric more evenly and improves radiation-resistant effect; the diameters of the metallic short fibers are softer than that of fine fibers, and so on, so the fabric is softer and more subtle; through the control for the weaving, dyeing and finishing processes, the fabric also has the advantages of high-grade appearance, neat hand feel, fine and pure face and excellent wearing property at the same time of having radiation-resistant function; and the fabric has most popular natural memory fold function at present simultaneously. Therefore, the fabric is suitable for producing male and female fashion coats which can show grace, luxury, romance and grade after being worn.

The invention relates to a camel hair loop yarn fiber fabric, and belongs to the field of fiber fabrics. The fabric comprises an inner layer, a middle layer and an outer layer, the inner layer and the outer layer are arranged on the two sides of the middle layer respectively, and the fabric is structurally characterized in that loop yarn is arranged in the middle layer, the number of the loop yarn is multiple sets, nodes are formed between every two adjacent loop yarn, air holes are formed in the middles of the loop yarn, and the loop yarn comprises fiber units. Each fiber unit comprises a fiber unit inner core, a fiber unit outer layer and a fiber unit interlayer, the fiber unit outer layer is arranged on the outer side of the fiber unit inner core, the fiber unit interlayer is arranged between the fiber unit inner core and the fiber unit outer layer, the number of the fiber units is four, and the fiber units are arranged in the fiber unit inner core. A fiber unit overlapping layer exists between every two adjacent fiber units, and a fiber unit filling layer is arranged between the outer side of the fiber unit outer layer and the side wall of the loop yarn.