
Titanium Injection Molded Gear MIM PartsTitanium Injection Molded Gear MIM Parts
Specific manifestations include low thermal conductivity, small elastic modulus, small deformation coefficient, high chemical activity, small main cutting force and large back cutting force. It is not suitable for manufacturing slender shafts and thin-walled parts.

However, titanium alloy has poor cutting performance and is a typical difficult-to-cut material. Specific manifestations include low thermal conductivity, small elastic modulus, small deformation coefficient, high chemical activity, small main cutting force and large back cutting force. It is not suitable for manufacturing slender shafts and thin-walled parts. Thin ring-shaped parts have thin walls and are rigid. Poor, difficult to clamp, and easily deformed during processing. For general parts, it is enough to choose cutting tools with good performance, use universal clamps and auxiliary tools, and increase aging processes and other process measures. However, for thin ring-shaped titanium alloy parts, only the above measures are not enough.
In response to these difficult problems, Qinhuangdao Zhongwei Precision Mechanical Parts Co., Ltd. has carried out technical docking with the University of Science and Technology Beijing to specialize in the titanium alloy metal injection molding process and achieved good results. It has now been mass-produced and applied.
Qinhuangdao Zhongwei Precision Mechanical Parts Co., Ltd. specializes in the production of metal injection molded titanium gears, titanium turbines, titanium worms, titanium injection molded MIM parts, and stainless steel MIM parts.
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