49results about How to "The product quality is good and stable" patented technology

The invention discloses a method for preparing nano-TiO2 serving as a cathode material of a lithium ion battery. The method comprises the following steps of: beating precipitates of titanium prepared from metatitanic acid or various titanium sources by using water, adding a coordinating agent into thick liquid according to a molar ratio of the coordinating agent to the titanium of 1.0:1-10:1, regulating the pH value to be between 7 and 14 by using alkali, reacting in a stirring reactor at the temperature of between 20 and 80 DEG C for 10 to 720 minutes, and filtering to obtain solution of thetitanium; and adding the alkali into the solution according to a molar ratio of the alkali to the titanium of 1.0:1-50:1, heating the solution to between 80 and 200 DEG C for 10 to 600 minutes, filtering and washing to obtain a precursor of nano-TiO2, and calcining the precursor at the temperature of 120 and 850 DEG C for 0.5 to 20 hours to obtain the nano-TiO2 serving as the cathode material of the lithium ion battery. The method has the characteristics of wide range of raw materials, simple process flow, low energy consumption, low cost, good appearance of product granularity and excellent electrochemical properties.

The invention discloses a rotary forging heat pipe reducing die head. A spindle is of a hollow cylindrical structure; one end of the spindle is connected with a belt wheel; the other end of the spindle is arranged in a shell; the front end of the spindle is provided with an end face slot provided with three or four openings at the front end of the spindle along the circumference; dies are mounted in the end face slot at the front face of the spindle; each opening of the end face slot is provided one die; the centers of the multiple dies form a cylindrical hollow cavity; a hammer head is mounted at the outer side of the dies and is a lump-like extending part; the outer side of the hammer head is an arc face; a sleeve is arranged at the periphery of the front end of the spindle; a rolling post keeping frame is arranged in the annular space between the sleeve and the outer diameter of the spindle and is provided with multiple blind holes along the peripheral direction; rolling posts are a cylinder-like part and are embedded in the blind holes in the rolling post keeping frame. The rotary forging heat pipe reducing die head solves the problems of large die head consumption, large noise and difficult maintaining in the heat pipe reducing process, and can meet the process demands of large diameter and large hole shrinkage.

The invention discloses chili sauce produced by fermentation of pure lactic acid bacteria and a production method for chili sauce. The method comprises the following steps of: picking, cleaning and pulping a chili raw material, and inoculating pure lactic acid bacteria for fermentation, wherein the pure lactic acid bacteria consist of lactobacillus planetarium and leuconostoc mesenteroides in a ratio of 2:1; and blending, sterilizing, cooling and storing the fermented chili sauce, and thus obtaining pure lactic acid bacteria fermented chili sauce. Chili is used as the raw material, and a pure strain fermentation technology is adopted, so that the fermentation process is stable and easy to accurately control, and quick production can be realized; and the prepared fermented chili sauce has moderate sourness, proper flavor, good and stable quality, complete nutritional components and soft piquancy, is rich in fermented aroma, and is suitable for industrialized large-scale production.

The invention discloses a method for preparing powdery electrolytic manganese dioxide (EMD). In the method, the powdery EMD is directly obtained from solution by improving the electrolytic process and controlling the electrolytic condition; and during electrolysis, a diaphragm electrolytic cell is adopted, a lead silver alloy plate or a titanium manganese alloy plate subjected to acid treatment is taken as an anode, and a graphite plate or a stainless steel plate is taken as a cathode. The method comprises the following steps of: preparing electrolyte with 0.1 to 10.0mol / L sulfuric acid and 0.4 to 1.2mol / L manganese sulfate, adding an active agent into the electrolyte, electrolyzing at the temperature of between 20 and 100 DEG C under the action of ultrasonic waves, and filtering to obtain the powdery EMD; and washing the powdery EMD for multiple times, adding a dispersing agent into solution when the powdery EMD is washed for the last time, and drying to obtain the powdery EMD. The method has the characteristics that: the process flow is simple, energy consumption and cost are low, product particles are uniform and have good appearance, and the like.

The invention discloses a method for preparing glyphosate by PMIDA catalytic oxidation, comprising the following steps: 100-110 parts of PMIDA, 5-12 parts of activated carbon and 0.25-1.80 parts of pro-oxidants are added in 300 parts of water by mass part, the mixture is stirred, and then oxygen-containing gas with 70-100 percent of oxygen mass fraction is vented to the mixture to carry out catalytic oxidation reaction, the reaction temperature is 50-100 DEG C, the reaction pressure is 0.5-2.0MPa and the reaction time is 1-2h; after the reaction is finished, the solution is cooled and filtered to obtain filtrated mother liquid and a filter cake 1, the filtrated mother liquid is utilized in a circulating way, the filter cake 1 is hot-melted after water is added and then is filtered to obtain hot filtrate and a filter cake 2, the hot filtrate is cooled and crystallized to obtain solid glyphosate, and the filter cake 2 is recycled and used repeatedly. The method has stable product quality, can greatly improve utilization rate of oxygen and speed up the reaction rate; the production cost is low, formaldehyde can be effectively degraded, thereby meeting the industrial production requirements.

The invention provides a machine head of a polishing machine. The machine head of the polishing machine comprises a polishing wheel, a rotary driving device rotationally driving the polishing wheel and a spatial motion mechanism carrying the polishing wheel and the rotary driving device and arranged on a machine frame. The rotary driving device and the spatial motion mechanism are connected with a controller in a controlled mode. Thus, the machine head of the polishing machine can serve as a polishing mechanism of the polishing machine. Under the control of the controller, a feeding mechanism is controlled to be started and stopped by a feeding switching device, material bearing templates of a material conveying mechanism are intermittently fed one by one, the material bearing templates are driven to move forwards through a conveying chain, so that a material to be polished is conveyed to the polishing mechanism, and under the spatial position adjustment of the spatial motion mechanism and rotary driving of the rotary driving device, the material to be polished of the corresponding material bearing template is polished by the polishing wheel. Thus, organic continuous polishing operation can be conducted by the polishing machine, the mechanical degree of the whole device is high, the polishing operation is conducted more smoothly, efficiency is high, and practicality is high.