347results about How to "Good sweat absorption" patented technology

A yoga towel comprising a first layer for standing poses made of woven nylon threads and fibers made from skin-polishing cloth, and an opposite second layer for sitting, kneeling and lying poses made of waffle-woven microfiber fabric. The yoga towel has an edge made of sailcloth. The yoga towel is constructed to prevent a participant from slipping during standing yoga poses, and the exterior remains dry to the touch during use.

The invention discloses a multifunctional fiber fabric which comprises a surface layer, an intermediate layer and an inner layer, wherein the surface layer is a sunscreen scratch-resistant layer and is formed by weaving warp yarns and weft yarns; the warp yarns are polyacrylonitrile fibers; the weft yarns are polyamide fibers; the intermediate layer is a moisture-absorbing breathable layer and is formed by weaving blended yarns of ramie fibers and polyester fibers; and the inner layer is a skin-touch bacteriostatic layer and is formed by weaving blended yarns of wild silk yarn, bamboo fibers and colored cotton fibers. The multifunctional fiber fabric disclosed by the invention is designed by adopting the structures of the inner layer, the intermediate layer and the outer layer according to the actual clothing needs and fiber characteristics and has the performances such as wear resistance, skin touch, sweat absorption, sterilization and bacteria inhibition, a human body can be kept dry, comfortable, clean and healthy, the absorbed sweat is discharged through the ramie fibers in the intermediate layer, and the fabric is kept in a dry and comfortable state under the actions of the polyester fibers. The multifunctional fiber fabric disclosed by the invention integrates multiple functions such as high practicality, high serviceability and health care into a whole and is high in practical value.

A headband mainly used for headwear and constructed by properly weaving 100% nylon combustible yarn. Having no polyurethane, the headband is woven to single ply or two-ply without an additional stitched portion, and exhibits good elasticity as a whole through the napped, felt-like structure of the textile. The circumferential stretch direction of the headband also provides excellent sweat absorption capability. With this construction a wide range of automatic size adjustment is obtained without imposing undue elastic pressure on the wearer such that the cap and headband are comfortable for extended periods of wear.

The invention provides a sleeping promoting plus material, which consists of a surface layer 1, a middle layer 2 and a bottom layer 3, wherein the surface layer 1 is a fabric plus material layer and is the outmost layer of the plus material, the middle layer 2 is a plus material layer with the sleeping promoting effect and is arranged between the surface layer 1 and the bottom layer 3, and the bottom layer 3 is a natural fabric plus material layer. The invention discloses the sleeping promoting plus material, which has the advantages that the structure is reasonable, good ventilation performance and sweat absorption performance are realized, simultaneously, the middle layer of the plus material is treated by purpose-made Chinese herbal medicine preparations, the insomnia can be effectively avoided, the sleeping quality is improved, and the sleeping promoting plus material is pure natural and does not have the toxic or side effect. On the basis of the advantages, the plus material can be made into various products such as bed sheets, quilts and mattresses, pillow sleeves, sleep coats and the like, and the market application is very wide.

A yoga towel comprising a first layer for standing poses made of woven nylon threads and fibers made from skin-polishing cloth, and an opposite second layer for sitting, kneeling and lying poses made of waffle-woven microfiber fabric. The yoga towel has an edge made of sailcloth. The yoga towel is constructed to prevent a participant from slipping during standing yoga poses, and the exterior remains dry to the touch during use.

The invention discloses a far-infrared fibrous fabric. The fabric is prepared from a surface layer, an intermediate layer and a bottom layer, wherein the surface layer is an antibacterial fabric surface layer; the intermediate layer is a synthetic fibrous fabric layer; the bottom layer is a far-infrared fabric layer; the antibacterial fabric surface layer is prepared by blending bamboo carbon fibers and polyester fibers; the synthetic fibrous fabric layer is one or more of dacron, chinlon and spandex; and the far-infrared fabric layer is prepared by blending seaweed carbon fibers, cotton fibers and soybean fibers. The far-infrared fibrous fabric has the advantages that the fabric has a reasonable structure, high breathability and perspiration absorption property and has a function of antibacterial health; and far infrared rays are released from the bottom fabric, so that blood circulation of the human body is effectively improved, metabolism is promoted, immunity is increased, and the far-infrared fibrous fabric can be widely applied to manufacturing of bedding articles.

The invention relates to an antibacterial health-care fabric which comprises an outer layer, a middle layer and an inner layer, wherein the outer layer is an antibacterial layer, the middle layer is a fabric layer, the inner layer is a health-care layer, the outer layer is a blended fabric made of bamboo charcoal fiber and polyester fiber, the middle layer is a blended fabric made of one or more of natural cotton, polyamide fiber, polyurethane fiber and polyamide fiber, the main components of the inner layer are far infrared fiber and anion fiber, and the outer layer contains a nano-silver antibacterial component. The antibacterial health-care fabric provided by the invention has the beneficial effects that the health-care fabric is reasonable in structure and simple in preparation process, and has good permeability and perspiration absorption; and meanwhile, because of excellent health-care and antibacterial functions, the antibacterial health-care fabric is used widely, can be made into various clothes, and has good economic benefits.

The invention discloses porous composite micro balls for cosmetics and a preparation method for the porous composite micro balls. According to the method, the porous micro balls are modified by a chemical method, and the porous micro balls have high amphipathicity and can be applied to water-based and oily cosmetic systems well, and the application range of the porous micro balls in the field of the cosmetics is widened. The method comprises the following steps of: adding the prepared porous polymer micro balls, deionized water and ethanol in a mass ratio into a reactor, and dissolving ester compounds or a metal saline solution in the ethanol, dripping into the reactor, stirring for 2 to 8 hours for centrifugal separation, washing, performing suction filtration at room temperature, and performing vacuum drying to obtain the porous composite micro balls, wherein the ester compounds are tetraethoxysilane or butyl titanate; and the metal saline solution is zinc nitrate, zinc acetate, aluminum nitrate, aluminum isopropoxide, aluminum ethylate or aluminum sec-butoxide. Porous structures of the prepared composite micro balls are in an empty cage shape, and the porous structures can be regulated and controlled by changing the process, so that the requirements of different release effects of the cosmetics are met.

The invention discloses an ironing-free antibacterial fabric. The fabric consists of an outer layer, a middle layer and an inner layer, wherein the fabric of the outer layer contains polytrimethylene terephthalate (PTT) memory filaments, and the PTT memory filaments is blended with terylene and polyurethane fibers in a certain ratio to obtain a functional fabric layer; the middle layer is an adhesive layer; and the inner layer is a textile fabric layer. The ironing-free antibacterial fabric disclosed by the invention has reasonable structure, and the preparation process is simple and convenient; due to the special functional fibers of the outer layer, the washed and aired fabric can be naturally straightened, so that the ironing process is saved and manpower and material resources are saved; and meanwhile, due to good air permeability and sweat absorption of the rest two fabric layers, the application of the fabric is wider, and the fabric can be prepared into various shirts, casual pants, casual clothes and the like.

The invention discloses an environmentally-friendly multifunctional insole, which has high elasticity and high sweat absorbing, ventilating, environment protecting, sterilizing, deodorizing and blood circulation invigorating performance and comprises a surface layer and a base layer, wherein the base layer is a high-density needled non-woven fabric made from bamboo charcoal fiber and far infraredterylene in the mass ratio 1:1. The production process of the insole comprises the following steps of: weighing a preset amount of bamboo charcoal fiber and far infrared terylene in the weight part ratio 1:1; fully loosening and mixing the bamboo charcoal fiber and the far infrared terylene; carding into a fiber netlike structural body; treating the netlike structural body with a high-density needling process to form a layered object with regular intervals; conveying the layered object into a baking oven for baking and shaping; compounding a baked and shaped product with the surface layer required by a customer; and trimming and molding according to the requirement on the size of the insole. The production process of the multifunctional insole is simple and practical; and the multifunctional insole has the characteristics of durability, washing resistance and non-deformability.

A sweatband used for headwear that is woven of 100% combustible synthetic yarn without any polyurethane. The sweatband provides excellent sweat absorbing capability and exhibits good elasticity through the structure of the textile without imposing undue pressure on the wearer so that the sweatband may be worn comfortably for a long period of time. The yarn used to produce the sweatband is passed through a bulky process, being shrunk through a low temperature short-term combustion method and dry heat treatment process after weaving. The sweatband preferably has a unitary, single ply construction that is planar and does not twist in the absence of elongating force.

The present invention discloses a cap that includes a visor adapted to be curved to a predetermined shape at the front of the cap to protect a wearer's eyes or face from the sunlight and a crown adapted to be sewn on one side of the visor and opened at a bottom portion to cover the top of a wearer's head, the cap comprising a sweat absorbing member that is formed of two folds and made by receiving a portion left after the crown and the visor have been sewn to each other, between one side end portions of two folds of the sweat absorbing member in such a manner as to be fixedly sewn to the bottom end of the inner peripheral surface of the crown and by coupling the other side end portions of two folds of the sweat absorbing member to each other to thereby prevent the sewn portion at the one side end portions from being exposed to the outside.

Headwear having a two-ply headband coated with a layer of polyurethane. The headwear includes a crown main body, a visor, and the headband which is preferably connected to the lower peripheral edge of the crown main body. The two-ply headband is created by folding a strip of knitted fabric, coated on one side with polyurethane, so that the polyurethane is inside the folds and then stitching the folds to secure the shape of the headband. The knitted portion of the headband demonstrates good moisture absorbency while the polyurethane layer prevents the conveyance of sweat to the crown main body and any accompanying staining that might otherwise occur. The headband stretches to fit the wearer comfortably without undue pressure during use, while also exhibiting good resilience when removed.

The invention provides a double-sided elastic fabric which comprises an upper elastic fabric layer (1), an intermediate layer (2) and a lower elastic fabric layer (3), wherein the upper elastic fabric layer (1) serves as a garment outer surface, the intermediate layer (2) is a textile fabric layer, and the lower elastic fabric layer (3) serves as a garment inner surface. The double-sided elastic fabric disclosed by the invention has good elasticity distribution and fabric stretching level due to the special elastic fabric layer structure of the double-sided elastic fabric, can be used for preparing garments in jeans, sportswears and fatigue dresses, has good air permeability and absorption of perspiration, improve the wearing comfort level of garments, and can be more widely used.

The invention provides a preparation method of an aerogel modified synthetic fiber. The preparation method comprises the steps of: 1) mixing aerogel powder and polymer resin at a mass ratio of 1:(20-35), and milling and granulating in a mixing mill; 2) performing fusion spinning on master batches obtained by milling and granulating, so as to obtain the synthetic fiber. The invention further provides a synthetic fiber prepared by the method. According to the preparation method provided by the invention, the aerogel is applied to the field of synthetic fibers, the preparation method of the synthetic fiber is simple, the heat-insulating property of the synthetic fiber is improved, the coefficient of heat conductivity is reduced to 0.015-0.02w / m.k, and the coefficient of heat conductivity of a material is greatly reduced; furthermore, the density of the aerogel is small, so that the whole volume weight of the synthetic fiber is greatly reduced; due to the porosity and adsorptive action of the aerogel, the air permeability and the sweat-absorbing capability are good, and various performances are greatly superior to those of the traditional material.

The invention discloses a polyester fiber with heat-conduction and moisture-conduction functions and a production method of the polyester fiber. The polyester fiber is prepared from following raw materials in percentage by weight: 0.5-5% of modified nano inorganic silicate and 95-99.5% of polyester. The production method comprises the following steps: crushing the inorganic silicate and sieving to obtain powder with nano size; carrying out surface organic treatment on the powder; and drying the organically-treated silicate nano powder and the polyester and then carrying out fusing and spinning to obtain the polyester fiber with an abnormal section and the heat-conduction and moisture-conduction functions. According to the polyester fiber, the modified nano inorganic silicate is adopted to be used as a main additive with a cooling function and an abnormal section spinning technology is combined to prepare the polyester fiber with the heat-conduction and moisture-conduction functions; the synergistic effect of the modified nano inorganic silicate and the abnormal section spinning technology enables the heat-conduction capability of the polyester fiber to be higher than that of spherical nano materials, so that the good cooling, sweat absorption and quick drying effects are realized; the polyester fiber has a wide application in the aspects of summer clothes, sports wears and the like.

The invention relates to a fragrant thermal fabric. The fabric is prepared from fragrant fibers and thermal fibers by mechanically weaving, wherein the fragrant fiber is prepared from a slow-releasing microcapsule and synthetic fibers by spinning; and the thermal fiber is selected from a natural fabric fiber. The fragrant thermal fabric disclosed by the invention can store plant fragrant oil in the slow-releasing microcapsule and can ensure the slow release of the fragrant oil, so that the fabric can release natural plant fragrance when being worn. The slow-releasing microcapsule can be reasonably added into the fabric fiber by the spinning technique to improve the mechanical strength and the wash fastness and maintain the natural fragrance for 2-3 years. In addition, the fabric has the advantages of good air permeability, sweat absorption property and warmth retention property as well as wide application.

The invention provides a far-infrared antibacterial fabric which comprises a surface layer 1, an intermediate layer 2 and a bottom layer 3, wherein, the surface layer 1 is an antibacterial woven fabric layer which is the external layer of the fabric, the intermediate layer 2 is a synthetic fiber fabric layer which is located between the surface layer 1 and the bottom layer 3, and the bottom layer 3 is a far-infrared woven fabric layer. The invention reveals the far-infrared antibacterial fabric; the fabric has a reasonable structure, good permeability and sweat absorbency, the surface layer of the fabric has the functions of antibiosis and health care, and the bottom layer can release far infrared rays, which enables blood circulation of a human body to be effectively improved, metabolism to be promoted and human immunity to be enhanced; thus, the fabric can be made into a plurality of products like underwear, bed sheets, bedclothes, vests, pants, etc., and has wide market application.

A sweatband used for headwear that is woven of 100% polyester wrap-way and weft-way, made to single or two-ply without any polyurethane or additional stitched portion. The resulting sweatband, which preferably has a width between 25-70 mm and provides excellent sweat absorbing capability, exhibits good elasticity through the structure of the textile without imposing undue pressure on the wearer, with the result that the sweatband may be worn comfortably for long periods of time. The yarn used to produce the sweatband is processed by high temperature and piece dyeing methods and has twist per each certain length.

A headband mainly used for headwear and constructed by properly weaving 100% nylon combustible yarn. Having no polyurethane, the headband is woven to single ply or two-ply without an additional stitched portion, and exhibits good elasticity as a whole through the napped, felt-like structure of the textile. The circumferential stretch direction of the headband also provides excellent sweat absorption capability. With this construction a wide range of automatic size adjustment is obtained without imposing undue elastic pressure on the wearer such that the cap and headband are comfortable for extended periods of wear.

The invention relates to a protective suit. The protective suit comprises a fabric, a lining and an intermediate packing material, wherein yarns of the fabric consist of center yarns and coating yarns; the coating yarns are coated at the peripheries of the center yarns; the center yarns are formed by blending the following fiber in percentage by weight: 40-60% of continuous basalt fiber and 40-60% of carbon fiber; and the coated yarns are formed by blending the following fiber in percentage by weight: 35-42% of fire resistant fiber and 58-65% of camel wool fiber. The protective suit resists acid, alkali, high temperature and low temperature, has good moisture absorbability, and can absorb sweat generated by a human body; and the produced protective suit has the advantages of acid resistance, alkali resistance, high-temperature resistance, low-temperature resistance and good moisture absorbability.

The invention discloses an environmentally-friendly multifunctional insole, which has high elasticity and high sweat absorbing, ventilating, environment protecting, sterilizing, deodorizing and blood circulation invigorating performance and comprises a surface layer and a base layer, wherein the base layer is a high-density needled non-woven fabric made from bamboo charcoal fiber and far infraredterylene in the mass ratio 1:1. The production process of the insole comprises the following steps of: weighing a preset amount of bamboo charcoal fiber and far infrared terylene in the weight part ratio 1:1; fully loosening and mixing the bamboo charcoal fiber and the far infrared terylene; carding into a fiber netlike structural body; treating the netlike structural body with a high-density needling process to form a layered object with regular intervals; conveying the layered object into a baking oven for baking and shaping; compounding a baked and shaped product with the surface layer required by a customer; and trimming and molding according to the requirement on the size of the insole. The production process of the multifunctional insole is simple and practical; and the multifunctional insole has the characteristics of durability, washing resistance and non-deformability.

The invention discloses a whitening sun protection fabric. The fabric consists of an outer layer and an inner layer, wherein the fabric fibers of the outer layer comprise nano bamboo charcoal fibers which can effectively block the radiation of ultraviolet rays in the conventional wave band; and the fabric fibers of the inner layer comprise nano pearl fibers with the effect of whitening skin. The whitening sun protection fabric has a reasonable structure, has the double effects of resisting ultraviolet rays and whitening the skin through a special double-layer structural design, has high sweat absorbing property and air permeability by a unique weaving process, and is widely applied, and the preparation process is simple and convenient.

The invention discloses a fireproof fabric which consists of a fireproof layer, a heat-resistant layer, a heat insulation layer and an inner layer. The fabric of the fireproof layer comprises metallic carbide fibers and ceramic fibers which are woven into a fireproof net through a weaving technique; the fabric of the heat-resistant layer comprises heat-resistant polyster fibers; the fabric of the heat insulation layer comprises nanometer mica fibers; and the inner layer is a textile fabric layer. The invention discloses a fireproof fabric which has a reasonable structure and excellent performances; moreover, the special functional fibers of the fireproof fabric can effectively prevent the fabric from burning in the case of an open fire, and can stop high temperature thermal conduction, and prevent high temperature from burning the skins of a human body; while excellent ventilation property and perspiration absorption property of the fabric of the inner layer improve the wearing comfort. The fireproof fabric can be made into various fireman uniforms, fireproof gloves, shoes and socks, and has obvious fireproof effects.

The invention relates to a fragrant thermal fabric manufacture method. The manufacture method comprises the following steps: (a) preparing fragrant fiber strips; (b) preparing thermal fiber strips; (c) mechanically weaving into a cloth; and (d) spinning and processing, wherein the fragrant fiber is prepared from a slow-releasing microcapsule and synthetic fibers by spinning. The fragrant thermal fabric manufacture method disclosed by the invention ensures that the organic combination of the fragrant fibers and the thermal fibers can be achieved through a weaving process; the slow-releasing microcapsule in the fragrant fibers can release natural plant fragrance; and the special weaving process can well improve the mechanical strength and the wash fastness, and can maintain the natural fragrance for 2-3 years. In addition, the fabric has good air permeability, sweat absorption property and warmth retention property as well as wide application.

The invention relates to a basalt fiber-containing protective suit, which comprises a fabric, a lining and a middle stuffing, flame-retardant terylene fibers, glass fibers and basalt fibers are blended to form the fabric, continuous basalt fibers are woven to form the lining, and the middle stuffing is basalt fiber stuffing. The basalt fiber-containing protective suit can resist acid, alkali, high temperature and low temperature, moreover, moisture absorption is good, the basalt fiber-containing protective suit can absorb sweat produced by the human body, and thereby the basalt fiber-containing protective suit can provide a clean, comfortable environment for a user.

The invention discloses novel firefighter uniform shell fabric which comprises a surface layer, an interlayer and an inner layer, wherein the surface layer is a fireproof coating layer; the interlayer is a thermal insulation fabric layer; the inner layer is a natural fabric layer; the surface layer is formed on the interlayer by adopting the spraying technology; the interlayer is connected with the inner layer by adopting heat-resisting mucilage glue in a bonding manner. The novel firefighter uniform shell fabric, disclosed by the invention, is designed by adopting a multi-layer composite structure, is remarkable in inflaming retarding and thermal insulation properties, and has excellent breathability and sweat absorption property; the interlayer bonding strength is stable; a firefighter uniform, prepared from the novel firefighter uniform shell fabric, is light, comfortable to wear, high in flexible property, and facilitates rescue operation of fire scene.

The invention provides an antibacterial and anticrease fabric, which consists of an anti-crease layer 1, an adhesive layer 2 and an antibacterial layer 3, wherein the anticrease layer is a polyurethane material having a memory function; the adhesive layer 1 is a thermosetting adhesive layer; and the antibacterial layer 3 is a textile layer containing nano bamboo carbon fibers. The antibacterial and anticrease fabric discloses by the invention is reasonable in structure and remarkable in effect, the anticrease layer ensures that the fabric is still straight and anticrease after being used or washed for a long time, and the fabric has certain waterproof effect; and the antibacterial layer in the fabric ensures that the fabric has high breathability and perspiration absorbing performance, the bamboo carbon fibers in the fabric can prevent bacteria from growing on the fabric effectively and stop radiation of ultraviolet rays at certain waveband, and thus, the fabric has overall functions and can be used widely.