422results about How to "Washable" patented technology

There is a fabric type input device. The fabric type input device comprise a fabric type electrode unit comprising first and second fabric type electrodes formed opposite to each other, the first and second fabric type electrodes each comprising a fabric and a lead pattern formed by patterning a conductive material on the fabric, a fabric type substrate unit interposed between the first and second fabric type electrodes so that the first and second fabric type electrodes are spaced apart from each other, the fabric type substrate unit having a connection hole formed so that the first and second fabric type electrodes are in contact with each other and a control unit supplying an input signal to the fabric type electrode unit, the control unit sensing the supplied input signal. The fabric type input device is formed using a fabric patterned with a conductive material, thereby minimizing foreign-body feeling.

The invention provides a piece of novel sewing-free hot melt adhesive TPU-PU leather, and a preparation method thereof. The TPU-PU leather comprises release paper, a hot melt adhesive film, a TPU film and a dry-type PU film, wherein the release paper comprises a paper bottom layer, an adhesive layer, a plastic layer, a transition layer, and a release layer; a hot melt adhesive raw material is composed of polyester polyol, diisocyanate, polyether polyol, and a plurality of additives; a TPU raw material is composed of polymer polybasic alcohol, 1,4-cyclohexane-diisocyanate, a chain extender and a plurality of functional additives; a PU raw material is composed of polyester dibasic alcohol, straight chain diol, isocyanate, TDI trimer, dimethyl formamide, butanone, black sand, and a plurality of functional addictives. Through the adoption of the preparation method, innovations are conducted on the raw material components of the release paper, the hot melt adhesive, the TPU film and the PU film; the manufactured sewing-free TPU-PU leather has the technical advantages of firmness in adhesion, durability, environment-friendly materials, no invisible harm to a human body, and the like.

This is a argent metallization producing method of organic fibre and fabric, which belongs to vacuum membrane plating and electroplating technologic field and mainly solves the problems of quality and producing batches of silver-gilt organic and fabric. Through physical vapour phase deposition technology, it firstly arranges smoothly and rolls up tidily the organic fibre bundle and fabric; lay them in the vacuum room, plate silver by magnetic controlling and sputtering, and monolayer or multilayer continuously plate membrane; then plate mulriple argent membrane according to different using demands. The binding force of the metallic argentic ion and organ fibre of the present invention is strong, it has no pollution, low costs and can be continuously produced. The products are applied in such industry as electronics, war industry communication, medical treatment, special type of spinning and so on. For instance, electric shielded products, military used shielded tent, special type of spinning antibacterial materials and civil health care spinning products.

The invention discloses a preparation method of an environment-friendly, antisepsis and deodorant fabric product and comprises following steps: (1) a fabric material or a fabric product is soaked and processed in a tea polyphenol solution with the concentration of 0.05 to 0.5 percent by weight for 30 to 90 minutes, the weight ratio of the fabric material or the fabric product to the tea polyphenol solution is between 1 : 10 to 50, and the soaking temperature is 40 to 60 DEG C; (2) a metallic ion solution that is equimolar with the tea polyphenol is added, and the fabric material or the fabric product is soaked and processed for 60 minutes, water rinsed, and then parched or dried. The preparation method of the environment-friendly, antisepsis and deodorant fabric product is applicable to various fibers such as multiple kinds of natural fibers like cotton hemp, wool and dacron, and synthesized chemical fibers. The preparation method can be adopted to produce various antisepsis and deodorant garment materials, home-textile materials (such as bedding fabrics, decorative sofa materials and carpets), socks and foot pads. The antisepsis and deodorant fabric of the invention is characterized by environmental protection, high efficiency and wash resistance, etc., and the preparation method thereof is characterized by simple technique and low processing cost, etc.

The invention discloses a treatment method for antibacterial and anti-ultraviolet cotton fabrics. The treatment method comprises the following steps: step 1, soaking the cotton fabrics with a nonionic surfactant; step 2, modifying the cotton fabrics with chitosan quaternary ammonium salt; step 3, dipping the cotton fabrics with antibacterial finishing liquid prepared by mixing 5-15 parts of a natural antibacterial agent composed of extracts of grape seeds, persimmon leaves, ginkgo leaves and licorice roots, 0.3-1 part of polyoxyethylene-40 hydrogenated castor oil and 1000 parts of water; step 4, soaking the cotton fabrics in a mixed aqueous solution containing 0.001-0.005mol/L of silver nitrate or silver sulfate or silver acetate and 1-3 g/L of soluble starch or hydroxyethyl cellulose to prepare the nano-silver attached antibacterial cotton fabrics. The prepared cotton fabrics not only have good antibacterial performance and anti-ultraviolet performance, but also have performance of resisting oxidation and scavenging free radicals, and have improved anti-wrinkle performance and good washing durability.

The invention provides waterproof air-permeable antibacterial anti-ultraviolet reinforced coating adhesive for textile and a preparation method of the waterproof air-permeable antibacterial anti-ultraviolet reinforced coating adhesive. The adhesive is prepared by mixing the following raw materials in parts by weight: 65-68 parts of a water-based polyurethane waterproof permeable adhesive, 10-15 parts of polyethylene glycol having the average molecular weight of 600, 2-3.5 parts of a TDI tripolymer curing agent, 3-4 parts of anionic amino silicon oil emulsion, 5-7 parts of an anionic or non-ionic fluorine-containing waterproof agent, 5-7 parts of a phenylamide anionic antibacterial deodorant agent, 1.5-2.5 parts nano-zinc oxide powder and 1-2 parts of nano-titanium dioxide powder. The coating adhesive is simple and convenient to produce and convenient to use, has good waterproof color fastness, and is suitable for 10D-20D polyester, chinlon cloth fabric functional coatings.

The disperse blue dye composition consists of component A in 1-99 wt% and component B in 1-99 wt% basically, with the structures of component A and component B being shown. The disperse blue dye based on the disperse blue dye composition may be liquid state with particle, emulsion, powder or granule. The disperse blue dye based on the disperse blue dye composition is used in dyeing polyester fiber material, and through regulating the ratio of different components, excellent deep blue dyed fabric with bright color, excellent dispersivity, sunfast property, water resistance, sweat resistance and other advantages may be obtained.

The invention discloses a functional intertwined medical textile fabric with natural antibacterial and moisture absorption quick-drying functions, which is formed by interweaving warp and weft, wherein the warp is selected from COOLMAX fiber/chitin viscose fiber blended yarns, and the weft is selected from cotton fiber/hemp fiber/silver fiber blended yarns; and the warp and the weft adopt an up-and-down plain weave structure. The selected fiber has the special durable functions of moisture absorption quick-drying, green health care and the like, so that the textile fabric not only has good antibacterial and anti-odor properties, but also has the characteristics of ultra-strong moisture absorption quick-drying, static resistance, radiation resistance, stable size, washing resistance, comfortable wearing and cooling, can be used for medical professional clothing in summer such as nurse clothes, nurse caps and patient clothes, and is an excellent textile fabric with ultra-strong antibacterial and green health care functions in a medical system.

The invention belongs to a heat preserving waterproof paint for structures such as exterior wall of building, thin roofing, and metal tank housing and so on and fabricating method thereof. Raw material prescription of the heat preserving waterproof paint of the invention based on weight is: 10 parts to 90 parts of water, 10 parts to 90 parts of elastic polyacrylic emulsion, 10 parts to 50 parts of filler, 1 part to 10 parts of propylene glycol, 1 part to 10 parts of thickener, 1 part to 10 parts of rutile type titanium dioxide, 1 part to 3 parts of water- and stain-proofing agent of exterior wall. The paint of the invention is great in heat preservation, waterproofing property, self-cleaning property, filling property, radioresistance and sun protection and has long service life.

The invention discloses a fire-retardant coating with photo-catalytic performance and a preparation method thereof, belonging to the field of fire-retardant coatings. The coating comprises a base material, a catalyst, a charring agent, a foaming agent, a filler, a pigment, a solvent, a dispersant, a drier, a drying aid, a nano mother solution and the like, wherein the base material is aluminum dihydrogen phosphate, the catalyst is ammonium polyphosphate, the charring agent is pentaerythritol, the foaming agent is melamine, the filler is ultra-fine slag powder, the pigment is Cu-La/TiO2, the solvent is water, the dispersant is a BYK180 polymeric dispersant, the drier is lead oxide, the drying aid is zinc powder, and the nano mother solution is a nano SiO2 mother solution. The fire-retardant coating disclosed by the invention reduces the environment pollution to the maximum extent by using industrial waste residues as the filler; meanwhile, the coating has a function of realizing photocatalytic degradation of formaldehyde gas under a visible light source to endow conventional fire-retardant coatings with a brand-new function, and the fire-retardant coating accords with the development trend of national green ecological building materials.

The invention discloses a method for preparing a modified starch tanning agent, comprising the following steps of: firstly, degrading corn starch; in the presence of HRP (Horse Radish Peroxidase)/ hydrogen peroxide (H2O2), grafting and modifying the degraded starch with sulfanilic acid, gallic acid and nekal; and then oxidizing the grafted starch with periodic acid. The invention has the innovation points that a nekal structure unit is introduced in the starch structure so as to improve the permeation wetting function of the modified starch tanning agent; the gallic acid structure unit is introduced to improve the tanning properties of the modified starch tanning agent, the sulfanilic acid is introduced to increase the dispersivity of the modified starch tanning agent, and dialdehyde action is used for improving the tanning properties of the modified starch tanning agent. The preparation method of the invention is peculiar and practical, and the obtained tanning agent is an environmentally-friendly leather tanning agent and is suitable for primary tanning and retanning. The shrinkage temperature (Ts) of pickled leather after primary tanning can be improved to 75-80 DEG C; and the retanned product has the advantages of wash resistance, high absorption rate on dyes and fatting agents and the like, is soft and plump.

The invention relates to a method for preparing functional textiles, belongs to the field of material surface graft modification, and provides a method for preparing super-hydrophobic textiles through fiber surface polymerization modification. The method comprises steps as follows: polyester fibers are washed with alkali, bromo-initiators are fixed on surfaces of the polyester fibers, then metacrylic acid ester monomers are grafted onto polyester surfaces with an SI-ATRP (surface-initiated atom transfer radical polymerization) method, and macromolecular polymer hydrophobic layers are formed on the surfaces of the fibers, so that the super-hydrophobic polyester textiles are obtained. Contact angles of the polyester textiles prepared with the method and water drops are larger than 150 degrees, and the polyester textiles are stable to acid, alkali, salts and solvents, wear-resistant and washable and have good hydrophobic stability.

The invention discloses a bamboo fiber, Coolmax fiber and conductive fiber blended yarn and a method for producing the same. The bamboo fiber, Coolmax fiber and conductive fiber blended yarn has functions and characters of the three types of fibers, has complementary advantages, and has unique nobility by being spun by siro-spinning technology. The functional yarn can be used for knitting and tatting. A fabric made of the bamboo fiber, Coolmax fiber and conductive fiber blended yarns has the functions and characters of high strength, fine shape retention, high breathability, high moisture absorption, high sweat releasing, antibiosis, dust proofing, electrostatic resistance, ultraviolet resistance, environment-friendliness, easiness in caring, resistance to washing, stable size, softness and smoothness in touch and the like, is especially suitable for being made into knitted sports underwear, underpants, T-shirts, sportswear, shirts, hats and the like, and contributes to clothing grade increase and improvement on people's life quality, and commercial opportunities are supplied to textile enterprises. Therefore, great social benefit and economic benefit are achieved.

The invention provides an electret film, a preparation method, application, and an air purification device, and relates to the technical field of electret materials and preparation methods. The electret film is mainly prepared from the following raw materials in percentage by weight: a first polymer and 2-10% of an electret master batch, wherein the electret master batch comprises the following components in parts by weight: 1-20 parts of an inorganic electret additive, 5-50 parts of an organic electret additive and 40-90 parts of a second polymer. The thin film air filtration material comprises a polymer substrate and the electret master batch capable of increasing charge density. The electret film air filtering material prepared by the invention has very high charge density and electrostatic voltage, can generate a durable and stable electrostatic field which is not easy to attenuate. The film material can capture and bear fine dust particles by utilizing electrostatic adsorption force, has the advantages of repeated washing and repeated utilization, and can be applied to the field of air filtration.

The present invention relates to a mixture of medicinal powder and activated carbon and the preparation method thereof, which pertains to the traditional Chinese medicine products; the formula of the mixture is composed of 80 traditional Chinese medicine ingredients of abrus herb, shinyleaf pricklyash root, Chinese arborvitae twig, winged euonymus twig, ovientvine, buerger pipewort flower, radix ranunculi ternati etc. and maifanite, germanite and crystal minerals, and the mixture is prepared by smashing, mixing, water soaking, boiling, filtering, drying, carbonization, activation, rubber refining, redrying and smashing processes; the mixture has good effects of health care for the human body, treatment and prevention of the diseases, furthermore, the functions are extensive, the cost of the product is low, the usage is convenient, the application scope is wide, the preparation method is simple and the operations are easy to control.

The invention relates to a halogen free flame retardant liquid and a method for preparing a flame retardant sponge using the same. The halogen free flame retardant liquid has the flame retardant effect up to a UL V-0 grade, durable flame retardant effect and no smoke toxicity and comprises 100 parts of water based adhesive, 0.5-5 parts of curing agent, 0.1-5 parts of anti-settling agent, 0-2 parts of color fixing agent, 0-100 parts of colorant, 100-300 parts of environment-friendly flame retardant, 100-400 parts of inorganic flame retardant and 1200-1800 parts of water, wherein the anti-settling gent is at least one of organic modified bentonite, fumed silica, polyethylenewax, polyamide wax or titanate coupling agent, and the environment-friendly flame retardant is at least one of phosphorus flame retardant or phosphorus and nitrogen flame retardant. The method for preparing the flame retardant sponge comprises the step of immersing an open-cell sponge in the above halogen free flame retardant liquid and drying to obtain the product. The halogen free flame retardant liquid can be obtained through a conventional mixing process, and the method for preparing the flame retardant sponge is simple, can be in continuous production, improve production efficiency and lower cost.

The invention relates to a preparation method of a novel organic silicone oil water repellent agent used for cotton fabric. The preparation method comprises the steps of: under the protection of nitrogen, adding 2 times of molar weight of toluene used as a solvent to a three-neck flask, then respectively adding hydrogen-containing silicone oil with 1 time of molar weight of active hydrogen, 3 times of molar weight of tetrahydrofuran and 4 times of molar weight of iodomethane to the three-neck flask, then adding 0.01 time of molar weight of palladium chloride catalyst, and reacting under the action of the palladium chloride catalyst to prepare the organic silicone oil water repellent agent with active group. The obtained organic silicone oil water repellent agent is mainly used for water repelling finishing of the cotton fabric, can improve water repellent property of the fabric as well as the water repellent durability and tearing resistance of the finished fabric, and is a novel printing and dyeing auxiliary agent.

The invention relates to an auxiliary agent in the printing and dyeing industry, in particular to a surface finishing auxiliary agent for fabric. An anti-pilling finishing agent for the fabric is nonionic macromolecular polymer, and is characterized in that the anti-pilling finishing agent for the fabric is formed by copolymerizing 10 to 20 portions of high-hydro silicone oil, 30 to 50 portions of polyurethane prepolymer and 30 to 50 portions of polypropylene ester copolymer under the conditions of catalyst and heating; and the portion is weight portion. The fabric anti-pilling finishing agent is suitable for various fibers and fabrics; and in particular, polyester fabric treated by the anti-pilling finishing agent has basically unchanged tone and handfeel, improves the fastness to washing and light fastness, greatly improves the antistatic performance, has certain dust resistance and obviously improves the anti-pilling performance.

A child car seat cover is disclosed. This device provides an easily removable, cleanable and adjustable cover for a child car seat that restricts the passage of food, dirt and liquids to the car seat material. The device is comprised of multiple layers of fabric, strap covers, strap openings and strap closures, and has waterproof backing.

The invention provides a modified wood dyeing method. A modified wood board or modified wood powder is put in a dyeing container of supercritical CO2 fluid dyeing equipment for dyeing with CO2-H2O serving as a dyeing medium, disperse dye serving as a dyeing agent, the temperature of 100-140 DEG C, the pressure of 10-40 MPa and the time of 10-600 minutes. After the dyeing is finished, the CO2 and the disperse dye are recovered by reducing the pressure and the temperature so as to obtain the dyed modified wood board or the dyed modified wood powder; and the hot press molding can be further performed for the dyed modified wood powder to obtain the dyed modified wood board. The dyed wood board has such effects as rich colors, bright colors and uniform colors; and the dyeing process has such advantages as cleanness and environmental protection. The color board can be applied to the indoor or outdoor decoration engineering, can particularly serve as a beautiful decoration material in a humid environment, and has wide application prospect.

The invention relates to a natural down flocculus made of composite thermal insulation materials, which is made through taking down mainly comprising duck down and goose down as a main material, as well as a manufacturing process of the natural down flocculus. The natural down flocculus made of the composite thermal insulation materials is made of blend fiber and down mainly comprising duck down and goose down, wherein the blend fiber is formed by blending meldable fibers and polyester staple fibers according to weight ratio of (13-18):(6-15); and the blended ratio of the down and the blend fiber is determined according to the requirement of a down product. In manufacturing, animal down serves as a main material while the meldable fibers and the polyester staple fibers serve as auxiliary materials; and the composite thermal insulation material with the down content of above 65% is produced according to different ratios of all materials. The down flocculus has a good thermal insulation property like a down product or a cashmere product, is green and environment-friendly, and also has spinnability and tailorability. The process is relatively low in cost, concise and mature in process and easy to operate, and has a great market potential.

The invention relates to a preparation method of a fluorine-containing acrylate terpolymer emulsion, which comprises the following steps: by taking perfluorohexyl ethyl (methyl) acrylate, high fatty alcohol (methyl) acrylate and a crosslinking monomer as main raw materials, taking persulfate as initiator and using composite emulsifier and a proper amount of co-emulsifier, chain transfer agent and deionized water, performing high-speed shearing at 40 DEG C for 0.5-2 hours, and then performing ultrasonic emulsification for 20-60 minutes to obtain a stable pre-emulsion; and taking part of the pre-emulsion, adding part of the initiator, heating to 50-90 DEG C, reacting for 0.5-1 hours, dropwisely adding the residual pre-emulsion and residual initiator, reacting for 3-6 hours while keeping the temperature, cooling, and regulating the pH value. The prepared emulsion is uniform and stable in particle size and does not contain harmful ingredients such as PFOS/PFOA and the like; and a coated film formed by the emulsion has favorable water repellency and oil repellency.