37results about How to "Extended annealing time" patented technology

The invention discloses a double-sided dark battery foil and a preparation method thereof. The double-sided dark battery foil comprises the following component raw materials: Si, Fe, Cu, Mn, Mg, Ti, Al; the double-sided dark battery foil The preparation method comprises the following steps: (1) adding raw materials into a smelting furnace for smelting to obtain a molten liquid; (2) inputting the molten liquid into a casting-rolling machine, and casting and rolling a billet; (3) cooling the cast-rolling billet Cold rolling in the rolling mill, performing homogenization annealing treatment; (4) After the aluminum coil after homogenization annealing is cooled to room temperature, cold rolling in separate passes; (5) Recoil trimming; (6) Intermediate annealing treatment; ( 7) Cold-rolling the intermediate annealed aluminum coil; (8) Recoiling the cold-rolled aluminum coil, followed by foil rolling, to obtain a double-sided dark battery foil. The aluminum powder on the dark side of the double-sided dark battery foil produced by the invention is effectively controlled, has no ruffles, has high usability and surface quality of the finished product, and is applicable to most batteries.

The invention relates to the field of air conditioner pipelines, in particular to an air conditioner bellows and a manufacturing method thereof. The air conditioner bellows comprises a bellows body, wherein the bellows body comprises a bellows section and polished rod sections; corrugated protrusions are arranged on the outer side of the bellows section and raised from the outer wall of the bellows section, wave crests of the corrugated protrusions are higher than the outer wall of the polished rod sections, and the diameters of circles on which wave troughs of the corrugated protrusions are positioned are the same as the diameters of the polished rod sections; the bellows section and the polished rod sections on the bellows body are manufactured into the bellows body in an integrated manner. According to the air conditioner bellows disclosed by the invention, defects that corrugations in a traditional bellows are concave inwards and the production technology of the traditional bellows is complex are overcome, and the air conditioner bellows provided by the invention is high in production efficiency and good in flow guiding effect. Besides the invention further provides the manufacturing method of the bellows, the manufacturing method comprises three steps of discharging and straightening, annealing and spreading, so that processing procedures are reduced, and the annealing time is shortened.

The invention relates to a thermochromic intelligent dimming energy-saving glass, a thermochromic intelligent dimming energy-saving glass, which is characterized in that it comprises a first glass layer, a frame, and a glass composite that are laminated in sequence, and the first glass layer passes through the frame and the glass composite. The glass composite body is bonded to form a hollow glass structure; the glass composite body is selected from a single-layer glass or a laminated glass structure; the glass composite body contains a thermochromic intelligent film layer with a phase change function. The invention realizes heat regulation along with the change of ambient temperature, and can be widely used in the fields of energy-saving doors and windows of buildings and doors and windows of vehicles and ships. Its structure can increase the safety performance of the glass such as impact resistance, and prolong the service life of the vanadium oxide composite film layer. Secondly, the selection of various substrate materials can meet the needs of glass strength in different environments.

The invention discloses a method for producing grain oriented pure iron through secondary annealing, and belongs to the technical field of electrotechnical soft magnetic materials. According to the method for producing the grain oriented pure iron through secondary annealing, a plate blank is subjected to secondary annealing treatment which includes a heating section, a high-temperature purifyingsection and a cooling section; and mixed gas composed of hydrogen and nitrogen serves as protective gas of the heating section, and the volume ratio of the hydrogen to the nitrogen in the mixed gas is3:1; and hydrogen serves as protective gas in the high-temperature purifying section. The temperature T<high net > of the high-temperature purifying section is 880-900 DEG C, the magnetic induction intensity B<800> of the oriented pure iron produced through secondary annealing is larger than 1.90T, and B<10000> is 2.12-2.15T. The method aims to overcome the defect that in the prior art, the high-temperature purifying section in a grain oriented pure iron producing method is poor in purifying effect, the method for producing the grain oriented pure iron through secondary annealing is providedand can achieve the good purifying effect, and by means of other technology steps, the magnetic induction intensity of the grain oriented pure iron can be improved.