检测机器人

Metal pipe continuous casting device capable of reinforcing fluid infusion and using method of metal pipe continuous casting device

The invention discloses a metal pipe continuous casting device capable of reinforcing fluid infusion and a using method thereof. The metal pipe continuous casting device comprises a smelting mechanism, a heat preservation mechanism, a supporting mechanism and a continuous casting fluid infusion forming mechanism. The smelting mechanism is used for smelting metal melt and conveying the smelted metal melt to the continuous casting liquid supplementing forming mechanism through the heat preservation mechanism. The continuous casting liquid supplementing forming mechanism is used for conducting pipe continuous casting machining on metal melt, and liquid supplementing operation is strengthened on a pipe in the pipe continuous casting machining process so that the pipe formed through continuous casting machining can be obtained, a central flow guide hole and circumferential liquid supplementing holes distributed in a spiral and symmetrical mode are formed in a mandrel, and in the metal pipe forming ...

Al-Si-Cu-Mg-Sr alloy material, scroll plate, scroll compressor and preparation method

The invention discloses an Al-Si-Cu-Mg-Sr alloy material, a scroll plate, a scroll compressor and a preparation method. The alloy material comprises the following alloy elements in percentage by weight: 9.0%-11.0% of Si, 1.0%-2.0% of Cu, 0.8%-1.3% of Mg, 0.5%-1.3% of Ni, less than or equal to 1.0% of Fe, less than or equal to 0.10% of Cr, less than or equal to 0.25% of Zn, 0.02%-0.04% of Sr and the balance of Al and inevitable impurities. The alloy material is provided with an Al2Cu and Mg2Si composite nanometer strengthening phase with a nanometer size, and submicron dotted eutectic silicon. The tensile strength, the yield strength, the ductility and the hardness of the scroll plate prepared by reasonably proportioning the alloy elements and combining the excellent preparation method disclosed by the invention are greatly improved, and the scroll plate has relatively high physical properties and surface quality and can completely meet the use requirements.

Short-process preparing and processing method for high-performance ultra-fine grain copper alloy strip

The invention discloses a preparation and processing method of a high-performance ultra-fine grain copper alloy strip, and belongs to the technical field of metal material preparation and processing. The high-performance copper alloy strip is prepared by adopting the processes of continuous directional solidification, large-deformation deep cooling rolling, fibrous structure forming, short-time aging recrystallization, ultra-fine grain structure forming and high-performance copper alloy forming, and the working procedures of annealing, solution treatment and the like are omitted in the machining process; a fibrous structure with high orientation in the length direction is obtained through continuous directional solidification and deep cooling rolling, then short-time aging recrystallization is carried out, grains are further refined, and an ultra-fine grain structure is obtained. The technological process has the advantages that the production process is short and easy to implement, the ...

Semi-solid thixotropic die-casting forming method for narrow solid-liquid two-phase region alloy

The invention discloses a semi-solid thixotropic die-casting forming method for narrow solid-liquid two-phase region alloy, which comprises the following steps of: 1, adding the narrow solid-liquid two-phase region alloy into heating equipment, heating to an overheating temperature, and standing and cooling for a certain time after the narrow solid-liquid two-phase region alloy is completely melted, so as to obtain an alloy blank with an as-cast structure; secondly, the alloy blank is added into extrusion equipment to be subjected to cold extrusion, and the alloy blank containing a high-density dislocation and lattice distortion structure is obtained; thirdly, the alloy blank is heated for the first time, the heating temperature is set between the recrystallization temperature and the solidus temperature of the alloy, isothermal heat treatment is conducted, and fine and uniform recrystallization grains are obtained; fourthly, the alloy blank is heated for the second time, the temperature ...