14 results about "Pressure die casting" patented technology

The application relates to a main body of an aluminum die-casting machine oil filter, which comprises an aluminum main body formed by high-pressure die casting, is provided with a filter element mounting seat for mounting a filter element and a radiator mounting position for mounting a radiator, and is provided with a radiator oil inlet, a radiator oil outlet, a radiator coolant inlet and a radiator coolant outlet in the radiator mounting position; the radiator oil inlet and the radiator oil outlet are communicated through a first pipeline; and an opening groove, which is not communicated with the radiator oil inlet, the radiator oil outlet, the radiator coolant inlet and the radiator coolant outlet, is arranged on one side of the main body in the radiator mounting position; and a reinforcing structure connected with the first pipeline is arranged in the opening groove. The main body is provided with the opening groove, gas holes formed in the die-casting process are reduced, material is saved, the oil filtering effect is good, and heat dissipation is achieved.

The application belongs to the technical field of insulator production, and particularly relates to a synthetic silicon rubber insulator and a processing method thereof. In view of the problem that too much excess silicon rubber mud is extruded on a table top in the process of manufacturing a silicon rubber insulator, resulting in serious waste of the mud and inconvenience of recycling, the following scheme is proposed, which comprises a core rod, the two ends of the core rod are reserved with end column with a diameter larger than the middle diameter, and the middle of the core rod is wrapped with a plurality of outer layer insulating strings connected in a disc shape, and the outer layer insulating strings are pressure die cast from synthetic silicon rubber material. The application can not only reserve a large space when the core rod wrapped with raw materials is placed and the synthetic silicon rubber insulator body is taken, so as to facilitate operation, but also can be supplemented by the operation of a supplementing barrel for supplementing if there is a gap in the mold cavity in the first round of pressure die casting, so as to ensure that the mold cavity is completely filled, so that the amount of silicon rubber mud extruded outside in the traditional way can be greatly reduced, and waste can be reduced.

This invention relates to the field of alloy materials and surface treatment technology, and discloses a high-quality anodized die-cast aluminum alloy formula. The high-quality anodized die-cast aluminum alloy formula comprises, by mass percentage: silicon ≤0.3%, iron ≤0.15%, magnesium 0.3%-0.8%, manganese 0.2%-0.5%, copper 0.01%-0.05%, strontium-titanium composite grain refiner 0.05%-0.15%, with the balance being aluminum and impurities; the mass ratio of strontium to titanium is 1:(2-5); it is obtained through melting, argon refining, low-pressure die casting, pretreatment, and anodizing. This method reduces the silicon-iron content, adds a strontium-titanium composite grain refiner to refine the grains, eliminates impurity phases, and solves the problems of color difference, pinholes, and film peeling after anodizing, obtaining a uniform and dense film and improving gloss.

The application provides an aluminum-scandium alloy target blank and a preparation method thereof, and belongs to the technical field of aluminum-scandium alloy preparation. The preparation raw material corresponding to the element composition of the aluminum-scandium alloy target blank is melted to obtain an alloy melt; the alloy melt is pressed into a mold to perform rapid filling; the filling speed is 0.1-20 m / s, and the filling time is 0.01-2 s; after the filling is completed, pressure maintaining is performed, the alloy melt in the mold rapidly solidifies to obtain the aluminum-scandium alloy target blank; and the pressure maintaining pressure is 10-200 MPa. The application increases the flowability of the aluminum-scandium alloy melt through rapid filling, guarantees the integrity of the cast blank, effectively refines the grains through high-pressure die casting, improves the density, and obtains an aluminum-scandium target blank which is uniform in composition, compact in structure, and excellent in processing performance. The results of the examples show that the relative density of the aluminum-scandium target blank prepared by the application is 95.5-99.9%, and the oxygen content is 60-300 ppm.

This invention provides a low-expansion die-cast aluminum alloy with the following composition and component content by mass percentage: Zn: 40-45%; Mg: 15-20%; Y: 0-0.5%; balance Al. This invention also discloses the smelting and preparation process, vibration casting process, and high-pressure die-casting process of the above-mentioned aluminum alloy. The specific steps are: high-temperature melting of the aluminum alloy, melt modification treatment, refining and slag removal, mechanical vibration treatment, and high-pressure die casting. The preparation process of the eutectic Al-Zn-Mg die-cast aluminum alloy of this invention is simple and easy to implement, the amount of alloying elements added is easy to control, the comprehensive performance effect is significant, the industrial production cost is low, and it has wide applicability. This invention uses element modification and mechanical vibration to refine the α-Al phase, achieving multi-dimensional optimization of the alloy's thermal expansion coefficient, thermal conductivity, and flow filling properties, obtaining a low-expansion eutectic Al-Zn-Mg die-cast aluminum alloy for electronic packaging materials.

The application discloses a kind of high thermal conductivity high strength aluminum alloy material and preparation method thereof, it includes the following steps: S1: weighing according to percentage by weight: La, Sc, Zr, Si, Mg, Zn, Cu, Ti, B, Sr, Al, Fe, Mn;S2: Al, La, Si is melted at 720~750 DEG C, and first melt is obtained;S3: add Sc, Zr, Ti, B intermediate alloy, and second melt is obtained;S4: cooling to 700~710 DEG C, and Mg, Zn, Cu are stirred evenly, and third melt is obtained;S5: by gas dispersion stirring, reinforcing phase is added, and simultaneously ultrasonic auxiliary treatment is handled, and composite melt is obtained;S6: vacuum high-pressure die casting is formed, and die casting is obtained;S7: pre-aging and main aging treatment are sequentially carried out, and it is obtained immediately.The application realizes the high thermal conductivity and high strength of aluminum alloy, and can meet the long-term durability and stability requirements of high-end fields such as 5G communication, new energy automobile and the like to heat dissipation structural member.

The application provides a high-pressure die casting press, which comprises a die unit; one end of an oil cylinder is arranged at one end of the die unit to drive the die unit to move towards or away from a die casting die, and the oil cylinder is electrically connected to a hydraulic system; a shot system is connected to the other end of the die unit to press high-pressure semi-liquid metal; a main winding frame is provided with a space for mounting the oil cylinder, the shot system and the die unit; and a periphery of the main winding frame is wound with a steel wire to pre-tighten the main winding frame and make it in a compressive stress state. The application is convenient for flexible design of a column structure and a cross section, can achieve a frame support with a larger tonnage, and can meet the production requirements of super-large die castings; the oil cylinder is wound with the steel wire to offset the deformation of a movable die plate, a fixed die plate and a die during a forming and pressurizing process, reduce the size of the oil cylinder, and enhance the safety factor of the oil cylinder; an electrostatic spraying system is configured to meet the trace spraying requirements of large-size die castings; and a moving die changing platform is configured to solve the problem of difficult die changing of super-large molds.

The utility model relates to pressure die casting machine technical field especially relates to a kind of waste gas treatment equipment for pressure die casting machine, including the spray tower connected with processing box by pipeline, the processing mechanism of multiple purification waste gas is provided in the processing box, the spray cleaning mechanism of residual liquid cleaning is provided in the spray tower. The utility model is processed by setting processing mechanism, in the process of treating waste gas, the particulate matter in waste gas is filtered and handled using multiple filtering mode, and vibration can also be carried out to filter structure, and the adhered particulate matter is shaken off, to avoid frequently replacing filter screen to increase waste gas treatment cost, also can improve the efficiency of waste gas treatment, by setting spray cleaning mechanism, after waste gas is preliminarily treated, waste gas is further treated by the way of spraying, improve the treatment effect of waste gas, and after spray treatment is completed, residual spray liquid can also be removed, to avoid the influence caused by residual spray liquid to waste gas treatment.

The application belongs to the technical field of alloy preparation, and more particularly relates to a modular semi-solid forming method and system of a particle-reinforced magnesium-based composite material. By modular mixing a liquid magnesium alloy melt and reinforcing body particles, the particles are mixed in a first module mixing chamber at a first rotating speed for a first time at a temperature higher than the liquidus temperature of the magnesium alloy, then are transported to a preheated second module mixing chamber to be mixed at a second rotating speed for a second time, and are cooled to a temperature range between the liquidus and solidus of the magnesium alloy during the mixing, and then are transported to a preheated third module mixing chamber to be mixed at a third rotating speed for a third time. Through the collaborative mixing between the module mixing chambers, the reinforcing body particles can be uniformly dispersed. Finally, the semi-solid composite slurry prepared by mixing is pressure die cast, and a high-performance particle-reinforced magnesium-based composite material is obtained. The semi-solid forming process has the advantages of simple preparation process, short production process, and excellent mechanical properties of the product.

The application discloses a method for manufacturing an iron-based alloy ceramic composite wear-resistant material by a high-temperature and high-pressure die casting method, and comprises the following steps: S1, preparing a ceramic preform; S2, heating iron-based alloy liquid to 1620 DEG C, and pressing the iron-based alloy liquid into the ceramic preform by a press machine, and keeping the pressure for 2 minutes; then, cooling and forming, and taking out after being kept in a holding furnace for 12-24 hours, and obtaining the composite wear-resistant material after being cooled to normal temperature; and S3, performing heat treatment on the material obtained in the step S2. The application can produce a new composite material, i.e., an iron-based ceramic composite wear-resistant material, which simultaneously considers various performances of the wear-resistant material and greatly improves the comprehensive performance of the product, smelts higher than a traditional smelting temperature, and uses liquid lead as a coolant to cooperate with a composite material mold, so that the cooling effect meets the process requirement.

The application provides a cooking equipment, comprising: a base; a heating part, the heating part is arranged in the base; a baking tray assembly, the baking tray assembly is connected with the base, at least part of the heating part is arranged at the bottom of the baking tray assembly, and the heating part is used for heating the baking tray assembly, wherein the baking tray assembly has a cooking unit, the cooking unit is used for cooking food, and the cooking unit is integrally pressure die cast by a multilayer composite material, and the application solves the technical problems of poor heat conduction uniformity, insufficient structural strength, inconvenient cleaning of joint gaps, and poor cooking effect of food caused by single performance of single-layer material and split joint forming of multilayer material of the baking tray of the existing cooking equipment in the prior art.

The utility model relates to front cabin pressure die casting piece port shaping field discloses a kind of aluminium alloy front cabin pressure die casting piece port deformation shaping auxiliary equipment, including processing table, the upper portion of processing table is provided with clamping mechanism;The clamping mechanism includes drive assembly, and the drive assembly includes driving motor, and the driving motor is arranged in the right surface of processing table, and the output shaft of the driving motor is fixedly connected with double-end threaded rod, and the outer wall of the double-end threaded rod is threadedly connected with guide plate;The clamping mechanism further includes fixed component, and the fixed component includes stopper.The utility model in, through driving motor drives double-end threaded rod rotation, makes guide plate drive clamping plate and clamp block synchronous movement, realize the clamping of left and right direction, and utilize the cooperation of chute and the clamping of rear direction with clamp block inclined plane, to satisfy the adaptive clamping of front and rear and left and right four sides, ensure that pressure die casting is stable, effectively promote the stability when shaping operation.