48results about How to "Natural deodorant" patented technology

The invention discloses environment-friendly latex paint for wall bodies and a preparation method thereof and relates to the technical field of wall body paint. The environment-friendly latex paint isprepared from the following raw materials in parts by weight: 35 to 42 parts of main material, 3 to 10 parts of thalatherm, 6 to 15 parts of wollastonite powder, 8 to 16 parts of calcium carbonate, 5to 10 parts of mica, 3 to 8 parts of attapulgite, 4 to 6 parts of titanium dioxide, 4 to 8 parts of bamboo fiber, 3 to 8 parts of ceramic fiber, 1 to 3 parts of nano silicon dioxide, 1 to 3 parts ofnano titanium dioxide, 1 to 3 parts of nano zinc oxide, 4 to 7 parts of silane coupling agent, 5 to 8 parts of dispersal latex powder, 1 to 2 parts of dispersant, 2 to 4 parts of anti-bacterial and antiseptic agent and 2 to 4 parts of film form aid. The raw materials of the environment-friendly latex paint for the wall bodies disclosed by the invention are chemical substances which have no toxin and are not prone to volatilizing, and the latex paint has the advantages of no formaldehyde matter, stable chemical property, no harm to human body health, good adhesion, easiness in being painted evenly, simple and easy preparation technology, low raw material cost and suitability for large-scale popularization and production.

The invention relates to a micro-hair conductive bamboo fiber yarn fabrics, which is made by weaving cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft. <{EN2}>A lining fabrics layer is composited at the back side of the bamboo fiber yarn fabrics; the lining fabrics layer is a micro-hair conductive fabrics, and comprises a fabrics that dipped with conductive polyaniline polymer provided by in-situ chemical polymerization between aniline and oxidizing agent ammonium peroxydisulfate in an acidic medium. <{EN3}>The advantages are that the transparency and permeability are good; health care functions like ultraviolet resistance, natural antibiosis, bacteriostasis, mite-removing and stinking-proof are provided; and touch feeling is especially good. <{EN4}>The micro-hair is conductive.

The invention relates to a reflective sparkled anti-radiation shell fabric of bamboo-fiber gauze kerchief. The shell fabric is interwoven from cotton fiber yarns (1) as warps and bamboo-fiber yarns (2) as wefts; multiple core-spun yarns (3) are embedded in the cotton-fiber yarns (1); each of the core-spun yarns (3) is formed by coating a wavy metal-ion fiber with silk. The back of the shell fabric is composited with a liner layer which is interwoven from warps and wefts by an inter-drift weaving method; the warps and the wefts are made of nylon filaments, and specifically, each warp is composed of 36 fibers with fiber number of 40 deniers and each weft is composed of 24 fibers with fiber number of 70 denier, and the warps are characterized in that every four warps are controlled by one reed. The shell fabric is reflective, sparkled and anti-radiation.

The invention relates to bamboo fiber gauze scarf anti-radiation fabric with a far infrared radiating function. The fabric is formed by interweaving cotton fiber yarn (1) serving as warp and bamboo fiber yarn (2) serving as weft, several cored wires (3) are embedded in the cotton fiber yarn (1), each cored wire (3) is formed by coating metal ion fiber with silk, and the metal ion fiber is wavy. A lining layer is composited on the back of the fabric and formed by interweaving warp and weft which are arranged in a mutually perpendicular manner, the warp is common fiber yarn, and the weft is far infrared fiber yarn. The fabric has the far infrared radiating function and is resistant to radiation.

The invention relates to a non-static anti-radiation fabric of bamboo fiber gauze. The fabric is interwoven with cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft. Several core-spun threads (3) are embedded in the cotton fiber yarn (1). The cored wire (3) is formed by silk covering metal ion fibers, and the metal ion fibers are wavy. A lining layer is compounded on the back of the fabric, and printing is printed on the lining layer. The lining layer is composed of 75D/36F plain stitch loops and 75D/144F elongated sinker arc loop loops through weft knitting. As a result, a layer of antistatic agent is attached to the printed lining layer. The invention has no static electricity and anti-radiation.

The invention relates to a bamboo fiber gauze kerchief fabric capable of meeting special needs. The bamboo fiber gauze kerchief fabric is formed by interweaving cotton fiber yarns (1) as warp yarns and bamboo fiber yarns (2) as weft yarns. The back of the bamboo fiber gauze kerchief fabric is compounded with a lining fabric layer; in the lining fabric layer, cotton fiber and tussah silk fiber are adopted as warp yarns and weft yarns respectively; the diameter of the cotton fiber is 16.3mum, and the fineness is 278dtex; the diameter of the tussah silk fiber is 13.9mum, and the fineness is 263dtex; and the warp density is 35.1 warp yarns per cm, and the weft density is 18.3 weft yarns per cm. The fabric provided by the invention has good transparency and air permeability, and realizes an anti-ultraviolet function as well as natural health functions such as bacteria resistance and inhibition, mite removal and odor prevention while the handfeel is very good, and can meet special needs.

The invention relates to an elegant and non-deformed anti-radiation fabric of bamboo fiber gauze. The fabric is interwoven with cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft. Several core-spun threads (3) are embedded in the cotton fiber yarn (1). The cored wire (3) is formed by silk covering metal ion fibers, and the metal ion fibers are wavy. A lining layer is compounded on the back of the fabric, and the lining layer is composed of a velvet layer, a sponge layer and a base cloth layer sequentially from top to bottom. The invention is elegant, non-deformable and anti-radiation.

The invention relates to an anti-radiation fabric with good heat-preservation effect for bamboo-fiber gauze kerchief. The anti-radiation fabric is interweaved by using cotton-fiber yarns (1) as warps and using bamboo-fiber yarns (2) as wefts; a plurality of core spun yarns (3) are embedded in the cotton-fiber yarns (1) and are formed by wrapping silks on metal-ion fibers which are in a wavy shape. The back surface of the fabric is compounded with a lining layer which comprises a lining layer body weaved by warp yarns and weft yarns; the warp yarns and the weft yarns are interweaved into a three-up and three-down tabby structure; a jacquard layer is arranged on the upper surface of the lining layer body. The anti-radiation fabric is good in heat-preservation effect and is anti-radiation.

The invention relates to passive luminous bamboo-fiber gauze fabric. The fabric is made by weaving of cotton fiber yarns (1) as warps and bamboo-fiber yarns (2) as wefts. The back side of the bamboo-fiber gauze fabric is combined with a lining fabric layer comprising multiple first reflective units, multiple light-guiding units and multiple light storage units. The first reflective units are arrayed at intervals in first direction. The light-guiding units are arrayed at intervals in second direction different from first direction. The passive luminous bamboo-fiber gauze fabric has following beneficial effects: the fabric has good transparency and breathability; and functions of preventing ultraviolet rays and naturally killing and inhibiting bacteria, eliminating mites, preventing odors are fulfilled; and the fabric feels soft and is capable of passively illuminating.

The invention relates to bamboo fiber gauze kerchief fabric with a cooling function. The fabric is formed by interweaving cotton fiber yarn (1) serving as warp yarn and bamboo fiber yarn (2) serving as weft yarn. The back surface of the bamboo fiber gauze kerchief fabric is provided with a liner fabric layer in a composite mode, and the liner fabric layer is the fabric with the cooling function and comprises a great amount of cool yarn and non-cool yarn and multiple interweaving points formed by interweaving the cooling yarn and the non-cool yarn, wherein each cool yarn contains multiple hydrophilic polyester fibers; the interweaving points comprise at least one cool floating point and at least one non-cool floating point. The bamboo fiber gauze kerchief fabric with the cooling function not only is great in transparency and gas permeability, but also has an anti-ultraviolet function and natural health-care functions of bacterium resistance and inhibition, mite removal, deodorization and the like. Moreover, the fabric is great in hand feeling and has the cooling function.

The invention relates to multifunctional anti-radiation bamboo-fiber gauze kerchief fabric. The fabric is formed by interweaving cotton fiber yarns (1) serving as warps and bamboo fiber yarns (2) serving as wefts, wherein a plurality of core-spun yarns (3) are embedded in each cotton fiber yarn (1), the core-spun yarns (3) are obtained by coating metal ion fibers with silk, and the metal ion fibers are wave-shaped. A lining layer is compounded in the back surface of the fabric, the lining layer comprises a lining layer body formed by weaving the wefts and the warps, the wefts and the warps are interweaved to form a plain structure with three upper layers and three lower layers, a jacquard weave layer is formed on the upper surface of the lining layer body, a patch layer is arranged on the upper surface of the jacquard weave layer, and a plurality of patches are arranged on the patch layer. The multifunctional anti-radiation bamboo-fiber gauze kerchief fabric has abundant functions and is anti-radiation.

The invention relates to overall compact, firm and anti-radiation fabric for a bamboo fiber gauze kerchief. The fabric is interwoven with cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft, several pieces of core-spun yarn (3) are inlaid in each piece of cotton fiber yarn (1) and formed by coverage of metal ion fibers with silk, and the metal ion fibers are wave-shaped. A lining layer is composited on the back surface of the fabric, and the weave structure of the lining layer comprises sixty-eight weft-faced weave or warp-faced weave from left to right. The fabric is compact, firm and anti-radiation overall.

The invention relates to a bamboo fiber gauze kerchief fabric with high tearing strength. The fabric is formed by interweaving of cotton fiber yarn (1) serving as warp and bamboo fiber yarn (2) serving as weft. A lining fabric layer is attached to the back side of the bamboo fiber gauze kerchief fabric and is a composite fabric, the lining fabric layer comprises a first woven cloth layer and a first film layer, the first woven cloth layer is provided with a first surface, a second surface and multiple pores, and the pores are distributed in the first woven cloth layer and communicated with the first surface and the second surface. The bamboo fiber gauze kerchief fabric has high transparency and ventilation property, also has the natural healthcare functions of resisting ultraviolet rays, resisting and inhibiting bacteria, eliminating acari and resisting odor, and has extremely good hand feeling and excellent tearing strength.

The invention relates to a bamboo fiber gauze scarf which has a strong sense of hierarchy and is an anti-radiation fabric. The fabric is interwoven with cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft. Several core-spun threads (3) are embedded in the cotton fiber yarn (1). The cored wire (3) is formed by silk covering metal ion fibers, and the metal ion fibers are wavy. A lining layer is compounded on the back of the fabric, and the lining layer includes a lining layer. The surface of the lining layer is provided with a non-woven fabric surface layer, and several small lining layers are arranged between the lining layer and the non-woven fabric surface layer. block, and the small lining layer block is compounded on the lining layer through an adhesive. The invention has a strong sense of layering and anti-radiation.

The invention relates to a radiation-shielding fabric with high expansion-contraction force for a bamboo fiber gauze kerchief. The fabric is formed by longitudinally and laterally interweaving cotton fiber yarn (1) taken as the wrap and bamboo fiber yarn (2) taken as the weft. The cotton fiber yarn (1) is internally provided with a little core-spun yarn (3) which is made from silk-coated metal ion fibers, and the metal ion fibers are wave-shaped. The back of the fabric is provided with a lining layer, which is made from 150D/48F flat stitches, 32 ST/A terry stitches with elongated sinker loops, and 150D/96F terry stitches with elongated sinker loops, which are sequentially inter-looped through weft knitting. A layer of a warming medicine is attached to the dual-color lining layer. The fabric is high in expansion-contraction force and can resist radiation.

The invention relates to a water-washing bamboo fiber gauze kerchief fabric with low deformation rate. The fabric is formed by interweaving cotton fiber yarns (1) as warp yarns and bamboo fiber yarns (2) as weft yarns. The back of the bamboo fiber gauze kerchief fabric is compounded with a lining fabric layer; the lining fabric layer is a colored cross-strip fabric and comprises at least two cross strip structures; the cross strip structures have the same tone but different color depths; the cross strip structures are formed by weaving different materials; and the cross strip structures are spaced along respective width direction and connected together through crocheting. The fabric provided by the invention has good transparency and air permeability, and realizes an anti-ultraviolet function as well as health functions such as bacteria resistance and inhibition, mite removal and odor prevention while the handfeel is very good. The water-washing deformation rate of the fabric provided by the invention is low.

The invention relates to a bamboo fiber gauze kerchief fabric preventing displacement of fabric yarns and carbon fiber yarns. The bamboo fiber gauze kerchief fabric is formed by interweaving cotton fiber yarns (1) as warp yarns and bamboo fiber yarns (2) as weft yarns. The back of the bamboo fiber gauze kerchief fabric is compounded with a lining fabric layer; the lining fabric layer comprises fabric yarns, multiple carbon fiber yarns and wires; the fabric yarns, the carbon fiber yarns and the wires are woven into a fabric layer; the carbon fiber yarns and the wires are electrically connected; and the fabric also comprises insulating layers at least arranged on the two sides of the fabric layer and an edge sealing component clamping the insulating layer. The fabric provided by the invention has good transparency and air permeability, and realizes an anti-ultraviolet function as well as natural health functions such as bacteria resistance and inhibition, mite removal and odor prevention while the handfeel is very good. The fabric provided by the invention prevents displacement of the fabric yarns and the carbon fiber yarns.

The invention relates to a bamboo fiber gauze to prevent the temperature of the human body from flowing out and anti-radiation fabric. The fabric is interwoven with cotton fiber yarn (1) as warp and bamboo fiber yarn (2) as weft. Several core-spun threads (3) are embedded in the cotton fiber yarn (1). The cored wire (3) is formed by silk covering metal ion fibers, and the metal ion fibers are wavy. A lining layer is compounded on the back of the fabric, and the surface of the lining layer is coated with a fluorine monomer waterborne polyurethane coating layer. The invention prevents the temperature of the human body from flowing out and resists radiation.

The invention relates to a bamboo-fiber gauze kerchief fabric with advantages of good fireproof performance and high strength. The bamboo-fiber gauze kerchief fabric is formed by interweaving of cotton fiber yarns (1) as longitude lines and bamboo fiber yarns (2) as latitude lines. A lining fabric layer that is arranged at the back of the bamboo-fiber gauze kerchief fabric in a compound mode is braided fabric woven by fireproof lines; and the fireproof lines are formed by surfaces and built-in fibers, wherein the surfaces are made of plastic materials. According to the invention, the bamboo-fiber gauze kerchief fabric having high transparency and gas permeability has the ultraviolet-ray-resistant function as well as natural health care functions of bacteria resistance and bacteriostasis, acarus killing, and deodorization. Moreover, the hand feeling experience of the fabric is good, the fireproof performance of the fabric is excellent and the strength of the fabric is high.

The invention relates to a bamboo fiber gauze scarf fabric with good rigidity and hardness. The bamboo fiber gauze scarf fabric is formed through interweaving warp yarns and weft yarns by taking cotton fiber yarns (1) as the warp yarns and taking bamboo fiber yarns (2) as the weft yarns, wherein a lining fabric layer is compounded on the back surface of the bamboo fiber gauze scarf fabric; the lining fabric layer is made of a braided fabric; the braided fabric can comprise a plurality of warp yarns and at least one weft yarn coupled with the plurality of warp yarns; the braided fabric can also comprise a plurality of bonding fibers; the bonding fibers can be positioned to be parallel to the warp yarns and/or the weft yarns. The bamboo fiber gauze scarf fabric has good transparency and ventilation and has an anti-ultraviolet function and natural health functions including bacteria resistance and bacteria inhibition, mite killing, deodorization and the like; and furthermore, the bamboo fiber gauze scarf fabric has a very good hand feeling. The bamboo fiber gauze scarf fabric has good rigidity and hardness.

The invention relates to a bamboo fiber gauze kerchief fabric resistant to water, high in breathability and resistant to radiation. The fabric is formed by interweaving cotton fiber yarn (1) as the warp and bamboo fiber yarn (2) as the weft. A plurality of core-spun yarns (3) are embedded in the cotton fiber yarn (1) and formed by wrapping metal ion fiber by silk, and the metal ion fiber is wavy. A lining layer is compounded on the back side of the fabric, and the surface of the lining layer is coated with a fluorine monomer waterborne polyurethane coating. The fabric is resistant to water, high in breathability and resistant to radiation.

The invention relates to a bamboo fiber gauze kerchief fabric with excellent memorability. The bamboo fiber gauze kerchief fabric is formed by weaving of a warp and a weft, wherein a cotton fiber yarn(1) is used as the warp and a bamboo fiber yarn (2) is used as the weft; and the back surface of the bamboo fiber gauze kerchief fabric is provided with a lining fabric layer, and the lining fabric layer comprises two mesh hole surface layers distributed in parallel and an elastic material layer arranged between the two mesh hole surface layers, wherein a plurality of through holes are distributed on each mesh hole surface layer. The bamboo fiber gauze kerchief fabric provided by the invention not only has good transparency and air permeability, but also has an anti-ultraviolet function and natural health-care functions such as bacterium resistance, bacteriostasis, acarid removing and deodorization, and besides the bamboo fiber gauze kerchief fabric has a particularly excellent hand feeling and excellent memorability.

The invention discloses a superfine fiber dry hair towel, relates to the technical field of daily necessities, and comprises a towel body made of superfine fiber, the towel body is provided with a movable Velcro, and the towel body passes through the Velcro Connect with electric massage belt. Compared with the prior art, the invention can automatically massage the head while drying the hair.