Lost Wax Casting Of Titanium Alloy Door Lock Lever

The lost wax casting process can achieve very high dimensional and shape accuracy. The door lock lever usually has complex shapes and intricate structures, such as unique design and precise coordination with other components of the door lock. By lost wax casting, the shape of the mold can be accurately replicated to ensure that the size and shape of the lever meet the design requirements. This is crucial for ensuring the assembly accuracy and performance of the door lock, enabling the lever to perfectly match with other components of the door lock and achieve smooth operation.

The door lock lever manufactured using lost wax casting technology has a high surface finish and does not require excessive subsequent processing. Good surface quality not only enhances the aesthetic appearance of the lever, but also reduces surface defects and roughness, lowers frictional resistance between the door lock and other components during use, and improves the operating feel and service life of the door lock. At the same time, a smooth surface is also easier to clean and maintain, keeping the door lock clean and hygienic.

Lost wax casting is a near net forming process, where material loss is relatively small during the casting process. For materials with high costs such as titanium alloys, improving material utilization can effectively reduce production costs. Through precise mold design and casting process control, the generation of waste can be minimized to the greatest extent possible, allowing more titanium alloy materials to be effectively utilized in the manufacturing of door lock levers, improving production efficiency and economic benefits.

Titanium alloys have high chemical reactivity and are prone to react with elements such as oxygen and nitrogen in the air during the melting process, which can affect the properties of the alloy. To solve this problem, advanced melting techniques such as vacuum induction melting need to be adopted, and the vacuum degree and atmosphere inside the furnace should be strictly controlled during the melting process to avoid contact between titanium alloy and harmful elements. At the same time, suitable melting equipment and process parameters should be selected to ensure that the titanium alloy can be fully melted and uniformly mixed.

Titanium alloy will undergo chemical reactions with the mold shell material at high temperatures, resulting in defects such as sand adhesion and cracks on the surface of the casting. In order to improve the compatibility between the shell and titanium alloy, it is necessary to select suitable shell materials and perform special treatment on the shell. For example, a layer of isolation layer can be coated on the surface of the shell to prevent direct contact between the titanium alloy and the shell material. In addition, it is necessary to optimize the preparation process of the shell and improve its high-temperature strength and chemical stability.

Titanium alloy materials themselves are expensive, and the wax loss casting process is relatively complex, resulting in high production costs for door lock levers. To reduce costs, we can start from multiple aspects. On the one hand, optimizing material procurement channels and reducing the procurement cost of titanium alloy raw materials; On the other hand, improving the casting process, increasing production efficiency, and reducing scrap rates. At the same time, reasonable design and process improvement can also reduce subsequent processing steps and lower processing costs.