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Casting equipment
Aluminum alloy casting is a manufacturing process that involves pouring molten aluminum alloy into a mold, allowing it to cool and solidify into the desired part shape. It is widely used in industries such as automotive and aerospace. The main casting methods include sand casting, metal die casting, die casting, and low-pressure casting, each suited to different levels of complexity and production volumes—for instance, sand casting is ideal for large components, while die casting enables high-precision, high-volume production.
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Casting equipment
Multi-functional Anti-Gravity Molding Machine
The multifunctional counter-gravity molding machine simultaneously features low-pressure molding, differential-pressure molding, and pressure-adjustable molding functions. Built upon the foundation of low-pressure molding, this advanced machine places the mold inside a pressure vessel, allowing the casting to solidify under controlled pressure. This process results in a denser microstructure with finer crystals, significantly enhancing the mechanical properties of the castings—by more than 20%. Additionally, the multifunctional counter-gravity molding machine is equipped with an inert gas protection system, enabling it to produce high-quality castings from aluminum and magnesium alloys. The machine can handle differential-pressure molding applications for aluminum parts up to a maximum size of 1300x2000 mm, with individual components weighing no more than 800 kg.
Resistance Melting Furnace
Refining is carried out using a resistance furnace to minimize the impact of inherited defects in aluminum and magnesium alloys on castings, while also avoiding defects such as pinholes caused by electromagnetic stirring from induction furnaces. The maximum single melt capacity for aluminum is 1,200 kg.
Time-sensitive furnace
The time-sensitive processing production line can handle lightweight metal-formed parts weighing up to 1 ton and measuring up to Ф1300 x 2000mm in maximum dimensions.
We can provide high-demand aging services for magnesium and aluminum alloys.
Solid Solution Furnace
Equipped with a solution treatment production line, we optimize the heat treatment process to achieve high-performance metal components by precisely controlling temperature uniformity tolerances and workpiece transfer times. We also offer advanced solution treatment services for magnesium alloys and aluminum alloys that meet stringent quality requirements.
Rotary Degasser
The production line uses a graphite rotor to inject high-purity inert gas for hydrogen and impurity removal, resulting in high-quality molten metal that ensures the superior quality of castings.
Universal Testing Machine
The universal testing machine can perform various tests on metal specimens, including tensile, compression, bending, and shear tests.
Mold Baking Oven
The oven features overtemperature protection and precise temperature control. Inside, a dual-circulation system—comprising a stainless steel multi-blade centrifugal fan and dedicated air ducts—ensures thorough convection of hot air, enabling the temperature within the chamber to be uniformly distributed with minimal variation.
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Aluminum alloy casting is a manufacturing process that involves pouring molten aluminum alloy into a mold, allowing it to cool and solidify into the desired part shape. It is widely used in industries such as automotive and aerospace. The main casting methods include sand casting, metal die casting, die casting, and low-pressure casting, each suited to different levels of complexity and production volumes—for instance, sand casting is ideal for large components, while die casting enables high-precision, high-volume production.
CNC machining is a modern mechanical processing technology that achieves high precision and efficiency through computerized, digital control. As a core component of advanced manufacturing techniques, it is rapidly advancing toward even greater precision, higher efficiency, and increased intelligence—making it an indispensable key technology in today’s industrial manufacturing.
CNC machining is a modern mechanical processing technology that achieves high precision and efficiency through computerized, digital control. As a core component of advanced manufacturing techniques, it is rapidly advancing toward even greater precision, higher efficiency, and increased intelligence—making it an indispensable key technology in today’s industrial manufacturing.
The hydraulic three-way valve is a critical component used in hydraulic systems to control fluid flow direction. It features three ports, enabling functions such as fluid diversion, confluence, or directional switching.