6results about How to "High tinting strength" patented technology

The invention provides a recycling method for waste tire pyrolysis residues. The recycling method comprises the following steps: S1, firstly carrying out wire drawing on waste tires; s2, the waste tires obtained after wire drawing are put into a crushing unit to be crushed; s3, the crushed waste tires are added into a pyrolysis processor; s4, carrying out water cooling on solid slag generated by pyrolysis of the old tire to obtain a primary carbon black material; s5, mixing the black primary material and a desulfurizing agent according to the mass; s6, washing: adding the crude carbon black into a granulating agent, and washing in a washing solution; s7, granulation: conveying the carbon black slurry into a granulator through a screw conveyor, extruding, forming and discharging; and S8, drying and discharging. S9, compounding the dried and discharged carbon black with water, a water reducing agent and cement; and S10, vibrating, stirring and forming.

The invention discloses high-whiteness sodium aluminum silicate as well as a preparation method and application thereof. The preparation method comprises the following steps: adding an aluminum salt solution and water into a reaction kettle until the pH value is 4-6, stirring and heating to 45-65 DEG C; an aluminum salt solution and a sodium silicate solution are added for a reaction, the pH value is 4-6, the temperature is 45-65 DEG C, and the reaction time is 10-30 min; continuously adding the sodium silicate solution until the pH value is adjusted to 8-10; the sodium silicate solution and the aluminum salt solution are continuously added, the pH value is 8-10, the reaction is carried out for 50-70 min, and aging is carried out after flow merging is finished; adding a sulfuric acid solution, adjusting the pH value to 3.5-4.5, adding a masking agent, and stirring; and carrying out solid-liquid separation, washing, pulping and drying on the solution obtained in the previous step to obtain a high-whiteness sodium aluminum silicate product. The high-whiteness sodium aluminum silicate prepared by the method is high in whiteness and good in dispersity, and has the advantages of being simple in production process, low in cost and capable of realizing large-scale production.

The application belongs to the technical field of functional pigments, and particularly relates to a preparation method of high-light-resistance composite pigments. The preparation method of the application is that: after pretreatment and cleaning, hexagonal boron nitride is obtained to be modified boron nitride nanosheet, and then the modified boron nitride nanosheet is compounded with organic pigments to obtain ideal high-light-resistance composite pigments. The modified boron nitride nanosheet used in the application can be better combined with the organic pigments by using the principle of entropy increase, the rich electron boron-nitrogen plane of the hexagonal boron nitride and the aromatic conjugated system of the lithol red molecules produce pi-pi stacking interaction, and then the two are driven to self-assemble to form high-light-resistance composite pigments, and the high-light-resistance composite pigments form a structure that is compact. The high-light-resistance composite pigments obtained by the application still maintain the chemical structure and gloss of the original organic pigments, and have excellent stability and good light resistance, and the problem of poor light resistance of the organic pigments is solved.

The invention discloses a disperse dye embroidery-imitating printing process for acetate fiber fabric, which comprises the following steps: printing and steaming the acetate fiber fabric with a printing dye, washing with water, and setting at high temperature to obtain the embroidery-imitating printed acetate fiber fabric. The hydroxyl group can form a hydrogen bond with hydroxyl oxygen on acetate fiber acetoxy, the cyano group is a strong polar group and can interact with ester group polarity of acetate fiber, meanwhile, the modified dye molecule contains a large number of azo groups, the saturation degree and tinting strength of the dye can be improved, meanwhile, the modified dye molecule contains an organic silicon chain segment, the hydrophobicity of the dye can be improved, and the dye can be used for dye dyeing. And after multiple times of washing, the dye on the surface does not fade and fall off, and meanwhile, the film layer can be endowed with soft and smooth characteristics, so that the printed part is softer and is closer to the touch feeling of high-quality embroidery.

The invention relates to the technical field of organic pigment production, and in particular to a method for producing an organic pigment suitable for PP spinning. In view of the fact that the existing organic pigment production technology has deviations in the pigment hue and tinting power detected by the inspection method used in the production process, and no effective information is fed back to the pigment production process when the customer judges the color of the pigment, resulting in a disconnection in the supply chain, the following scheme is proposed, which includes the following steps: S1: method establishment, S2: sampling measurement, S3: pigment adjustment, S4: real-time observation. The purpose of the invention is to make the pigment color presented by the prepared PP color sheet similar to the color presented by the PP fiber by means of injection molding first and then tableting, thereby solving the color judgment problem. At the same time, the amount of rosin used just meets the balance requirements of dispersibility and hiding power, and the addition of strontium chloride and calcium chloride improves the heat resistance and tinting power of the pigment, thereby reducing the production cost of the pigment.

The invention discloses a high-performance water-based fluorocarbon coating and a preparation method thereof. According to the baking varnish, the modified fluorocarbon resin, the methylated melamine formaldehyde resin and the blocked isocyanate are subjected to cross-linking curing, and the adhesion promoter and other auxiliaries are added, so that the high-performance water-based fluorocarbon coating with excellent adhesion, high weather resistance, high hardness, wear resistance, boiling water boiling resistance and stain resistance is obtained. The invention further provides a preparation method of the high-performance water-based fluorocarbon coating.