36results about How to "Solve the problem of static electricity" patented technology

The invention provides an antistatic and anti-pilling acrylic fiber modal blended yarn and a preparation method thereof. The preparation method comprises the following steps of: adding modal fiber, acrylic fiber, viscose fiber, cellulose acetate fiber and flax fiber into a drawing frame for mixing and processing to obtain a drawn sliver; drafting the drawn silver by using a roving frame to obtaina roving, spraying antistatic agent on the roving by using a spraying machine, and standing for a first preset time; adding the roving into a processing barrel filled with an anti-pilling agent for soaking a second preset time, taking out the roving, standing for a third preset time at a first preset temperature, and pre-drying at a second preset temperature for a fourth preset time; winding the roving in a winding machine to form cylindrical roving, and carrying out winding, twisting and warping to obtain the blended yarn. The blended yarn has good antistatic and anti-pilling properties, andthe product quality is improved.

The invention relates to a production method of a polyester film. The production method comprises the following steps of (1) respectively feeding an antistatic super-bright polyester slice at an upper surface layer, an antistatic super-bright polyester slice at a lower surface layer and a super-bright polyester slice at an intermediate core layer into a three-layer co-extrusion bi-directional stretching device; (2) extruding and melting modified super-bright polyester slices at the upper surface layer and the lower surface layer and the super-bright polyester slice at the intermediate core layer at the temperature of 260 to 280 DEG C to obtain a melt, cooling the melt and casting the cooled melt to generate PET pieces at the temperature of less than 30 DEG C; (3) preheating the cast PET pieces, longitudinally stretching at the temperature of 80 to 100 DEG C, cooling, and setting the cooled PET pieces at the temperature of less than 35 DEG C; (4) then preheating the PET pieces, and transversely stretching at the temperature of 86 to 110 DEG C, setting and crystallizing the set PET pieces at the temperature of 150 to 200 DEG C; and (5) finally removing waste edges of the PET pieces, performing corona treating on the PET pieces, detecting the thickness of each PET piece, and coiling the PET pieces to form the antistatic polyester film with the thickness of 23 to 75 micrometers. Nano zinc oxide is chemically grafted into a PBT (polybutylece terephthalate) material, so that the antistatic effect of a product can be improved.

The invention provides a terylene and pure cotton blended fabric. The fabric is mainly prepared by blending terylene and pure cotton threads. The fabric manufacturing technology comprises the steps ofweaving, singeing, mercerizing and after-treatment which are performed in sequence, wherein the step of mercerizing is specifically that the fabric interacts in 25% by concentration of NaOH in the environment of 20+ / -2 DEG C; the after-treatment comprises antistatic treatment and high-temperature setting treatment; an antistatic treatment agent in the antistatic treatment comprises 10-25% by massof epichlorohydrin, 20-35% by mass of xylene, 50-60% by mass of an isopropanol solvent, and 5-10% by mass of octadecylamine. According to the terylene and pure cotton blended fabric, simple technicalprocesses are performed, and moreover, the antistatic treatment agent being high in economy is independently developed, so that the fabric is outstanding in antistatic performance, and the problem that an existing terylene and cotton fabrics easily generate static electricity leading to dust attracting can be solved; the preparation method of the fabric is simple, and easy to carry out, and has good application prospect.

The invention provides a method for preparing a supersoft and washable anti-drilling fleece fabric, which comprises the steps of raw material selection, gray cloth weaving, pretreatment, singeing treatment and whitening treatment. In the dyeing and finishing process, the present invention adopts the process of prior treatment and then singeing. Compared with the conventional process of singeing first and then pretreatment, it reduces the trouble of pretreatment and desizing caused by the short fibers remaining on the cloth surface after singeing. Full question, can significantly improve fabric softness and finish. In addition, in the pre-shrinking process, the molecular chains of polyester fibers or polyamide fibers are rearranged through overfeeding and high-temperature steaming. With overfeeding and setting, the yarn can shrink to the greatest extent during the finishing process, and the buckling wave height Significantly increased, the tightness of the fabric is increased, so that the anti-drilling effect can be achieved without adding windproof finishing agents or coatings, and without calendering.

The invention discloses a dye formula for an indigo blue printing fabric, and relates to the technical field of dyes. Dye comprises the following components of polygonum tinctorium lour, baphicacanthus cusia bremek, acrylic resin, an enzyme preparation, a color fixing agent, a dispersant, an antibacterial agent, an antistatic agent and water, wherein the dye comprises the components of, in parts by weight, 30-50 parts of the polygonum tinctorium lour, 20-30 parts of the baphicacanthus cusia bremek, 3-7 parts of the acrylic resin, 4-6 parts of the enzyme preparation, 2-6 parts of the antibacterial agent, 3-5 parts of the antistatic agent, 1-3 parts of the color fixing agent, 1-3 parts of the dispersing agent and 60-80 parts of the water. According to the formula, plant raw materials serve as main raw materials, safety and non-toxicity are achieved, natural and environment-protecting effects are achieved, and the cost is low; and by adding the acrylic resin, the color fixing agent, the dispersing agent, the antibacterial agent and the antistatic agent, the printed indigo blue printing fabric is uniform in coloring, pure in color, not prone to fade, has the antibacterial and antistatic effects, and is wide in application range.

The invention discloses a spinning method for woolen spinning of rabbit wool and rabbit hair, wherein the rabbit wool and rabbit hair are taken as raw materials, a 100% rabbit wool-rabbit hair product is produced on a woolen-spinning high-count carding machine. The method comprises steps such as static electricity removal by water boiling, hair mixing, hair carding and yarn spinning. According to the invention, a hyper-normal small speed ratio on the woolen-spinning high-count carding machine only brings little fiber damage, and static electricity is removed through water boiling of rabbit hair and rabbit wool with application of an anti-static agent, so the problem of large static electricity in spinning is solved. The 15 count-16 count-38 count rabbit wool and rabbit hair yarns produced by the spinning method have unique characteristics of rabbit wool and rabbit hair including softness, smoothness, moist absorption, pilling avoidance, hair slip avoidance and comfortable use according to comprehensive detection results.

The invention discloses a medical PVC (polyvinyl chloride)) sole material suitable for high-temperature steam sterilization, mainly comprising PVC resin, a plasticizer, an auxiliary plasticizer, a thermal stabilizer, an auxiliary thermal stabilizer, a lubricant, split-film fiber, a compatibilizer, an antibacterial agent and the like. The problems that an existing medical PVC sole material suffers sole yellowing, decreased mechanical performances and softening deformation after being subjected to high-temperature steam sterilization are solved, and the medical PVC sole material is better in high-temperature stability, folding resistance, tear resistance, wear resistance and size stability; in addition, by adding an antistatic agent, the problem that high-temperature steam sterilized PVC shoe material is prone to static generation is solved; the invention also provides a production method of the medical PVC sole material suitable for high-temperature steam sterilization, comprising: preparation of a composite thermal stabilizer, mixing of resin and an aid, extrusion granulating, and injection molding; the production method is simple and easy to industrialize.

The invention relates to a plastic hose for a mine and a preparation method. The plastic hose comprises 90-110 parts of polyvinyl chloride, 28-34 parts of dibutyl phthalate, 36-44 parts of chlorinated paraffin-52, 3-5 parts of stabilizing agent, 1 part of stearic acid, 7-9 parts of flame retardant and 14-16 parts of carbon black. The preparation method comprises the following steps: adding the polyvinyl chloride into a stirrer; respectively adding half of the dibutyl phthalate, half of the chlorinated paraffin-52, half of the stabilizing agent and half of the stearic acid while stirring; adding the rest of the dibutyl phthalate, the rest of the chlorinated paraffin-52, the rest of the stabilizing agent and the rest of the stearic acid when the temperature of the materials is 50 DEG C; adding the lame retardant and the carbon black when the temperature of the materials is 75-80 DEG C; stopping stirring when the temperature of the materials is 85-90 DEG C; granulating to obtain plastic soft layer granular materials when the temperature of the materials is cooled to 50-60 DEG C; and feeding a mold and the plastic soft layer granular materials into an extruder and preparing a product.The plastic hose for the mine, provided by the invention, has the advantages of big crankshaft radius, easiness for bending, high antistatic coefficient and good flame-retardant effect, good sealing effect; and the preparation method is simple and convenient and is convenient to operate.

The invention provides a liquid crystal display device, which comprises a first transparent glass substrate and a second transparent glass substrate which are arranged oppositely; at least one column electrode arranged in a visible area and at least one column extension electrode corresponding to the column electrode are arranged on the first transparent glass substrate, wherein the column extension electrode is connected with one end of the column electrode, on which a wire is not drawn out, and extends to frame glue outside the visible area; at least one line electrode and at least one line extension electrode corresponding to the line electrode are arranged on the second transparent glass substrate, wherein the line electrode is intersected with the column electrode in the visible area, and the line extension electrode is connected with one end of the line electrode, on which a wire is not drawn out, and extends to frame glue outside the visible area. According to the invention, the column electrode and the line electrode extend to the frame glue through the column extension electrode and the line extension electrode, and therefore the problems that a small piece filled in the area is easy to generate static electricity and a large piece filled in the area can display a pattern contour line in the prior art are solved.

The invention relates to a production method of a polyester film. The production method comprises the following steps of (1) respectively feeding an antistatic super-bright polyester slice at an upper surface layer, an antistatic super-bright polyester slice at a lower surface layer and a super-bright polyester slice at an intermediate core layer into a three-layer co-extrusion bi-directional stretching device; (2) extruding and melting modified super-bright polyester slices at the upper surface layer and the lower surface layer and the super-bright polyester slice at the intermediate core layer at the temperature of 260 to 280 DEG C to obtain a melt, cooling the melt and casting the cooled melt to generate PET pieces at the temperature of less than 30 DEG C; (3) preheating the cast PET pieces, longitudinally stretching at the temperature of 80 to 100 DEG C, cooling, and setting the cooled PET pieces at the temperature of less than 35 DEG C; (4) then preheating the PET pieces, and transversely stretching at the temperature of 86 to 110 DEG C, setting and crystallizing the set PET pieces at the temperature of 150 to 200 DEG C; and (5) finally removing waste edges of the PET pieces, performing corona treating on the PET pieces, detecting the thickness of each PET piece, and coiling the PET pieces to form the antistatic polyester film with the thickness of 23 to 75 micrometers. Nano zinc oxide is chemically grafted into a PBT (polybutylece terephthalate) material, so that the antistatic effect of a product can be improved.

The invention provides a liquid crystal display device, which comprises a first transparent glass substrate and a second transparent glass substrate which are arranged oppositely; at least one column electrode arranged in a visible area and at least one column extension electrode corresponding to the column electrode are arranged on the first transparent glass substrate, wherein the column extension electrode is connected with one end of the column electrode, on which a wire is not drawn out, and extends to frame glue outside the visible area; at least one line electrode and at least one line extension electrode corresponding to the line electrode are arranged on the second transparent glass substrate, wherein the line electrode is intersected with the column electrode in the visible area, and the line extension electrode is connected with one end of the line electrode, on which a wire is not drawn out, and extends to frame glue outside the visible area. According to the invention, the column electrode and the line electrode extend to the frame glue through the column extension electrode and the line extension electrode, and therefore the problems that a small piece filled in the area is easy to generate static electricity and a large piece filled in the area can display a pattern contour line in the prior art are solved.

The invention discloses a production technology of antistatic lining silk. The technology includes first weaving polyester yarns and conductive fiber, and enabling the fully drawn yarns and the conductive fiber to form a base fabric of the lining silk; then subjecting the base fabric of the lining silk to seam allowance, oil stain and dirt removing and softening treatment, acid neutralization, washing and drying to form gray cloth of the lining silk; and finally arranging, inspecting and packaging the gray cloth of the lining silk to form a finished product. According to the production technology, the polyester yarns and the conductive fiber are adopted as raw materials, the cost and the quality of the lining silk are both considered simultaneously, the conductive fiber serves directly as the raw material, therefore the antistatic problem of the lining silk is solved, the softness of the lining silk is improved due to the oil stain and dirt removing and softening treatment, acid neutralization and washing treatment, the sizing and dirt durable functions are increased after the drying and arranging treatment, appropriate baking temperature and wind pressure are adopted, the production efficiency is improved when the product quality is guaranteed.

The invention discloses a spinning method for woolen spinning of rabbit wool and rabbit hair, wherein the rabbit wool and rabbit hair are taken as raw materials, a 100% rabbit wool-rabbit hair product is produced on a woolen-spinning high-count carding machine. The method comprises steps such as static electricity removal by water boiling, hair mixing, hair carding and yarn spinning. According to the invention, a hyper-normal small speed ratio on the woolen-spinning high-count carding machine only brings little fiber damage, and static electricity is removed through water boiling of rabbit hair and rabbit wool with application of an anti-static agent, so the problem of large static electricity in spinning is solved. The 15 count-16 count-38 count rabbit wool and rabbit hair yarns produced by the spinning method have unique characteristics of rabbit wool and rabbit hair including softness, smoothness, moist absorption, pilling avoidance, hair slip avoidance and comfortable use according to comprehensive detection results.