Non-ferrous metal casting has a large share

Aluminum (Al) casting is mainly a new technology with electromagnetic pump low-pressure casting technology as the main core, forming (combination) purification technology and manufacturing core technology. The modern technology for producing high-quality aluminum castings, its electromagnetic The pump low-pressure casting metal solution delivery system has a stable flow, and its flow control is convenient and eases the reverse suction of molten oxygen (Oxygen) oxidized aluminum in the process and the advantages that are easy to realize are the use of the process automation. Aluminum casting heating system (system) can be used for a large number of continuous (Continuity) production (Produce), but also for intermittent production.

Non-ferrous metal casting has a large share (sometimes nearly half) in the use of non-ferrous metal materials, forming a large and complex series of casting alloys. . Non-ferrous castings have higher specific strength and specific stiffness, good shock absorption and excellent cutting performance. Parts used in the aviation industry, instruments, radio technology and transportation industries. This technology has high purification efficiency, long life, low cost, effective, easy to install, use and flexible. The casting experience tells us that the quality of mass aluminum castings to solve complex problems is in three main aspects: molten aluminum melting and melting, smooth transition molten aluminum metal halide lamps, and size and stability (explanation: stable and stable; no changes) Mold (title: mother of industry) and sand core process. Modeling the core manufacturing process of aluminum castings can see to a certain extent that its casting quality and output will have a direct impact.

The relationship between casting porosity, sticky sand, scars, thermal cracking and surface quality, machining bushing dimensional accuracy, and sand performance is very good . Aluminum (Al) castings have good casting properties. Due to their low melting point, they can be widely used in casting methods such as metal molds and pressure casting, which can effectively improve the inherent quality of their castings to a certain extent (Mass ), Its dimensional accuracy, surface finish and production efficiency. Non-ferrous metal casting has a large share (sometimes nearly half) in the use of non-ferrous metal materials, forming a large and complex series of casting alloys. . Due to the large latent heat of solidification of aluminum castings, under the same weight (tiáo jiàn), the solidification process of aluminum liquid lasts much longer than that of cast steel and cast iron, and it has good fluidity, which is beneficial to casting thin walls and complex structures. casting.

Default Asked on June 2, 2020 in Business.
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