231results about How to "Reduce static electricity" patented technology

The invention pertains to the technical field of polymer materials and particularly relates to a waterborne resin emulsion for car cleaning cloth or common cleaning cloth and a textile finishing adhesive agent, a synthetic method and application of the waterborne resin emulsion. The resin emulsion consists of a waterborne resin polymer, an emulsifier, an evocating agent, a pH value modulator and water; the waterborne resin polymer is obtained by polymerization of 3-5 monomers such as butyl acrylate, ethyl hexyl acrylate and methyl methacrylate and the like. The synthesis comprises two steps of monomer pre-emulsion and polymerization by the evocating agent. The product of the invention has stable performance and good film formation performance, as well as soft hand feeling, good moisture permeability, long-term moisture and environment protection by absorbing fine dusts when used as cleaning cloth, and when used as a textile adhesive agent, the product can not only realize the characteristics and requirements above, but also decrease electrostatic interaction of the textile, thus having good and wide application in the textile field.

The present invention includes a unique magnetic coupling that can be used as a drink identification system as well as a myriad of other useful purposes. In one embodiment, two magnets are connected by a connector. Each of the magnets have at least one surface with an opposite polarity from the other magnet to induce a magnetic attraction. When the magnets are close in proximity, they come together due to the polarity, and effectively produce a loop. The magnets can be attached to the rim of a cup. Decorative charms attached to a small ring or loop can be put onto the connector. Alternatively, the decorative charm can have a magnet attached to it. The charm can then be magnetically attached to the outer magnet of the coupling. A monogram or name tag can be substituted in lieu of a decorative charm. The magnetic coupling can be used for other purposes, such as securing objects in a drink (a decorative umbrella or drinking straw).

The invention discloses a moisture-absorbing quick-drying yarn as well as a production and manufacturing method thereof. The yarn is manufactured by the blending of 65 to 80% of anti-pilling hollow highcount-type wool fiber and 20 to 35% of combed cotton or viscose in percentage by weight. By combining the high moisture thermal insulation of the Porel fiber and the hydrophilic moisture absorption of the cotton fiber and the viscose, the yarn of the invention can absorb the sweat completely and release the sweat to the air quickly to realize the dry and comfortable skin. The raw materials of the yarn are easy to obtain, the cost is low and the manufacture is convenient.

The invention relates to a sports wear detergent and a preparation method thereof. The sports wear detergent is prepared from an anionic surfactant, a nonionic surfactant, a safe solvent, a dirt removing additive, a viscosity regulator, a chelating agent, a bacteriostatic agent, a deodorant, a conventional additive and deionized water. The sports wear detergent has the advantages that the sports wear detergent is a neutral moderate liquid product, the safe raw materials are adopted, the toxicity and irritation are avoided, and the green and environment-friendly effects are realized; multiple types of dirt, such as dust, grease, sebum and sweat stain, can be effectively removed, and the dirt on polyester and polyurethane fabrics can be washed away by a special hydrophilic modified polymer in a pertinent way; whitening and smoothing components are not contained, and the damage to a functional coating of the sports wear is avoided; the effects of inhibiting bacteria and deodorizing are realized, and health and cool cloth washing experience is provided for consumers.

The invention provides a degradable lightweight polyolefin composite for injection molding and a preparation method of the composite. The polyolefin composite is prepared from secondarily modified fiber mixed filler, polyolefin resin, a toughening agent, a compatilizer, a lubricant and the like through blending and extrusion granulation by a tri-screw extruders which are arranged triangularly and meshed in the same direction, wherein the modified fiber mixed filler is prepared as follows: a natural plant fiber material such as rice husks, chaff and the like are mixed with a nano-silica colloidal solution, a dispersant and a surfactant are added and a blending reaction, drying and other technologies processes are performed; then the modified mixed fiber filler is subjected to secondary surface coupling hydrophobic treatment and blended with polyolefin resin, the toughening agent, the compatilizer and the lubricant. The polyolefin composite has degradability specific to the natural plant fiber filler, has lower density than inorganic mineral filler and has excellent thermoplastic processing characteristics and mechanical properties in the injection molding process.

The invention provides a demoulding material for resin matrix substrate and a method for making the same. When used for manufacturing the resin matrix substrate, the demoulding material is easier to be peeled off from the resin matrix substrate and has excellent stripping performance. The demoulding material for resin matrix substrate of the invention is used for producing the resin matrix substrate. The demoulding material is characterized in that: the demoulding material (1A) comprises an aluminium foil (2) and a resin film (3), with the resin film (3) formed upon one surface or double surfaces of the aluminum foil and composed of an epoxy series resin, a melamine series resin, and a silicone. The bonding strength of the resin film (3) to the resin matrix substrate is 1 to 200g/cm.

The invention relates to a filter material for water treatment, in particular discloses a hemp fibre filter wire and a preparation method thereof. The hemp fibre filter wire is characterized by being prepared by using hemp fibres as raw materials, spinning the hemp fibres into yarns through hemp spinning equipment and then degumming, bleaching, drying and forming. The invention is mainly used for the purification and the filtering of various liquids; a wire-wound filter core prepared by the hemp fibre filter wire is used for the precise filtering of the liquids in a petroleum industry, a chemical industry, an electron industry, a pharmaceuticals industry, a food industry, a domestic water industry, and the like; and in addition, the invention can bring new vitality for the water treatment industry due to excellent performance and complete green environmentally-friendly quality.

The invention discloses an antibacterial jeans-imitation fabric. The fabric comprises, by weight, 200-320 parts of a mixed cellulose fiber, 50-80 parts of a bamboo carbon fiber, 60-90 parts of terylene, 5-10 parts of spandex, 35-60 parts of a conductive fiber, 25-35 parts of a copper ammonia fiber and 10-15 parts of an organosilicon quaternary ammonium salt antibacterial agent. The mixed cellulosefiber is formed by blending cotton and tencel with the mass ratio of 1:(1-2), a gray fabric is formed through the processes such as mixing of spinning color master batch and a fiber stock solution, high-temperature fusion extrusion spinning and fabric weaving, the color fastness of the fabric is improved, and through an antibacterial finishing process, the antibacterial performance of the fabricis further improved. The antibacterial jeans-imitation fabric has the advantages of being comfortable, soft, capable of achieving moisture absorption and air permeation, efficient and resistant to bacteria.

The invention provides a brand novel weaving concept of the fabrics of polyimide and cotton fiber core-spun yarn variety; polyimide functional fiber and natural cotton fiber are used as raw material, and the process that leads the natural cotton fiber and the polyimide fiber into cleaning cotton, carding, pre-drawing, sliver lap, combing and drawing respectively is adopted. The spinning process is carried out on a friction spinning machine; polyimide fiber rod is put into the twisting area of a dust cage after being drafted, thus forming core yarns. Cotton fiber rod, after being drafted by a roller, is combed into single fiber condition by a combing roller and is coated outside the core yarns under the function of the dust cage, so as to form the structure of coating core yarns externally and shortening the technical process; meanwhile the adding of natural fiber improves the whole moisture regain of the yarns, reducing the electrostatic phenomena, improving the cloth performance and strengthening the dyeing ability of the yarns. The produced yarns can be used as clothing material, etc. for outdoor work, thus improving the producing value of the products.

The invention relates to a yarn spinning technology for multi-fiber semi-worsted melange yarn and the yarn prepared with the technology. The technological steps of the yarn mainly comprise raw material treatment, cotton carding, drawing, roving, spinning, self-spooling, doubling, two-for-one twisting and packaging of a finished product. Raw materials comprise mercerized wool fiber, nylon fiber, viscose fiber and cashmere wool fiber. The problems of high probability of water shrinkage and pilling of wool are solved with a more environment-friendly method, meanwhile, nylon, cashmere wool and viscose ingredients are added, and the heat retention property, the elasticity, the durability and the comfort degree of the product are increased; the production cost is lower, the prepared yarn has the characteristics of shrink resistance, good anti-pilling effect, natural luster, bright color, good elasticity, smooth hand feeling, heat retention and the like.

The invention discloses a preparation method of cotton soft towel and the cotton soft towel. The preparation raw materials of the cotton soft towel comprise pure cotton fiber and soybean fiber. The preparation method of the cotton soft towel and the cotton soft towel have the advantages that through scientific treatment, the technical problems that the soybean fiber and the cotton fiber are different in fiber strength, fineness and the like, and blending is difficult, the primary color of the soybean fiber is ensured after blending, the blending performance of the cotton fiber and soybean fiber is effectively improved, non-woven cloth is prepared from blend fiber, the disadvantages of the insufficient strength of the soybean fiber and poor air permeability of the cotton fiber are overcome,and the cotton soft towel prepared from the non-woven cloth has better soft and skin-friendly performance.

The invention relates to a high-intensity-grade reflective film and a preparation method thereof, and particularly relates to a high-intensity-grade reflective film with carbon nano tube modified glass beads as reflective elements and a preparation method of the high-intensity-grade reflective film. The method comprises the following steps: firstly, modifying glass beads through an amino silane coupling agent, then carrying out self-assembly with carbon nano tubes through electrostatic adsorption to obtain carbon nano tube modified glass micro beads, and planting the glass micro beads for filmformation to obtain the high-intensity-grade light reflective film. The carbon nano tubes have excellent conductivity and strength performance, so that antistatic and anti-wear properties of the glass beads can be effectively improved. The oxidized carbon nano tubes have excellent visible fluorescence, and visual performance of the reflective film can be synergistically enhanced by the visible fluorescence of the oxidized carbon nano tubes and inverse reflection of the glass beads, so that safety of night driving is improved. The preparation method is simple and is easy to operate, and the obtained reflective film is high in visibility and good in quality.

The invention discloses multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn. The multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn comprises following raw materials, by weight, 15%-30% of hemp fiber, 20%-40% of aloe viscose, 30%-50% of wool fiber and 10%-35% of cashmere fiber. The performance indexes of the blending yarn is that the single-yarn breaking strength is 11.9-19.8 cN/tex, the variable coefficient Cv value of the single-yarn breaking strength is 8.3%-17.2%, and the variable coefficient Cv value of the yarn evenness is 13.9%-22.0%. The multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn has the advantages that fabric made of the blending yarn has the anti-bacterial function, the anti-microbial function, the bacteriostat function, the antiphlogistic function, the skin protection and fitness function, the skin moisturizing function and the like, is high in strength, good in moisture absorption and breathability, lustrous, good in ultrasonic protection, anti-bacterial performance, mold prevention and non-corrosibility, and unique in appearance. In addition, the multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn is wide in application and can be used for making various knitting or weaving healthcare textiles such as clothing and bedding articles.

The invention relates to a substrate, a manufacturing method thereof, and a display device. The substrate comprises at least one idle line, wherein the idle line comprises at least one tip, and the tip is suitable for discharging static electricity to the interior of an idle region. Therefore, the electrostatic charges generated at corresponding regions can be discharged to the idle region, thereby reducing static content discharged to a conductive connecting structure by the idle line, and reducing the risk that the conductive connecting structure is damaged by static electricity.

The invention relates to an anti-static gasket for stacking beverage and food containers and a manufacturing method thereof. The anti-static gasket comprises an insulator film, an embossed layer formed on at least one side surface of the insulator film, and an anti-static layer on the other side, opposite to the side connected with the embossed layer, of the insulator layer. The manufacturing method of the anti-static gasket for stacking beverage and food containers includes the steps of manufacturing the insulator film by extruding an ethylene series high polymer material; enabling the insulator film to pass through an embossed roll to form the embossed layer on at least one side surface of the insulator film; coating an anti-static material on the other side, opposite to the side connected with the embossed layer, of the insulator layer to form the anti-static layer. By the aid of the anti-static gasket, phenomena strikes among the containers, foreign material adhering caused by static, tiny dust pollution and surface scraping and the like can be effectively avoided, sliding phenomenon of the food containers can be reduced to the largest extend, and the stacked containers can be separated conveniently.

The invention discloses a fiber reinforced type PP (polypropylene) material which is prepared from the following raw materials in parts by weight: 65-75 parts of polypropylene, 26-32 parts of glass fiber, 4-5 parts of elastomer metallocene polyethylene, 0.8-1 part of modified nano titanium dioxide, 8-10 parts of modified conductive carbon black, 6-7 parts of a compatibilizer and 0.5-0.7 part of aplastic processing aid. The invention further discloses a preparation method of the PP material. As polypropylene is adopted as a substrate of the PP material, and the elastomer metallocene polyethylene is adopted as a toughening agent, high tension strength of the composite material can be maintained while the impact strength of the composite material is improved by using the substances; as the modified nano titanium dioxide is adopted as an anti-aging agent, not only are a great amount of ultraviolet rays shielded, but also the aging resistance of the material can be improved, and in addition, PP crystallization can be promoted; and as the modified conductive carbon black is adopted as an anti-electrostatic agent, an anti-electrostatic function can be brought into play sufficiently, andthus dust adherence on the surface of a PP material product can be remarkably reduced.

The invention provides a long-acting barrier quality-guaranteeing food packaging material, which has nine layers or seven layers; the change of the layers is required by customers; the first layer (outer layer) is a PE layer, the second layer is a paper layer, the third layer is an adhesive layer and the adhesive is polyurethane water-borne adhesive, the fourth layer is a PVDC coating layer, and the other five or three layers consist of a coextrusion film structure. The material has good long-acting performance on the basis of high barrier property.

The invention relates to the technical field of sofa cushion fabrics and in particular to a low-electrostatic sofa cushion fabric which comprises cloth layers and an anti-electrostatic cloth layer, wherein the cloth layers are arranged on two sides; the anti-electrostatic cloth layer is arranged between the two cloth layers; the cloth layers are made of an anti-electrostatic modified polyamide fiber, a vinylon fiber, a ramine fiber, a jute fiber and a hibiscus syriacus fiber through blending; the anti-electrostatic cloth layer is made by coating two sides of an adhesive fabric by an anti-electrostatic liquid; the adhesive fabric is made of an adhesive fiber and a ramine fiber in a mass ratio of 2:1 through blending; the anti-electrostatic modified polyamide fiber comprises nano titanium dioxide, nano zirconium oxide, nano barium oxide, nano yttrium oxide, nano molybdenum oxide and nano carbon fiber powder. The sofa cushion fabric provided by the invention consists of the cloth layers on two sides and the anti-electrostatic cloth layer in the middle, the cloth layers have anti-electrostatic properties, the anti-electrostatic cloth layer is capable of dispersing and transferring electrostatic charges and plays a role of storing electrostatic charges, and due to synergism of the cloth layers and the anti-electrostatic cloth layer, the sofa cushion fabric does not easily generate electrostatic charges, has low electrostatic properties and is good in anti-electrostatic property.

The invention relates to high-conductivity and high-stability carbon nanotube compound conductive paste for a lithium ion battery and a preparation method of the high-conductivity and high-stability carbon nanotube compound conductive paste. The conductive paste is composed of the following raw materials: a conductive agent, a dispersant, a viscosity reducer and a solvent, wherein the conductive agent is composed of carbon nanotubes and carbon nanofibers, the total solid content of the carbon nanotubes and the carbon nanofibers is 2-15%, the weight ratio of the conductive agent to the dispersing agent to the viscosity reducer to the solvent in the conductive paste is (2-15):(0.75-4):(0.02-0.2):(80.8-97.23), the diameter of the carbon nanotube is 2-50 nm, the length is 5-300 [mu]m, the specific surface area is 50-800 m<2>/g, the diameter of the carbon nanofibers is 50-200 nm, the length is 5-50 microns, and the specific surface area is 10-100 m<2>/g. By utilizing the characteristics of the carbon nanotubes and the carbon nanofibers, the prepared paste is stable in viscosity, long in storage time and excellent in conductivity, is convenient to use in the homogenizing process of the lithium ion battery, and is beneficial to exerting the performance of the lithium ion battery in the later period.