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Powdered metallurgy can be used in the production of precision medical parts, such as implants, prostheses, and performance-critical instruments, for the medical industry
Powder Injection Molding (PIM), comprising Metal Injection Molding (MIM) and Ceramic Injection Molding (CIM), is an advanced manufacturing technology for the production of complex, high volume net-shape components.
MIM’s two most popular injection feeding materials are iron and stainless steel. Along with the increasing demand of stainless steel parts recent years, the researching gets more and more. Now, we will see the three factors that influence the fluidity of stainless steel feeding.
Due to high intensity, abrasive resistance, decay resistance, and anti-rust advantages, stainless steel is widely used in every livelihood industry like chemical, mechanical, domestic appliance and decoration industry. What is more, along with the stainless steel technology development, it is used in more and more industries and has big market prospect.
It deserves that honor thanks to its continuous development and increasing, as well as the professional metal injection machines. Now, the third main branch appears in powder injection field, AIM, Aluminum Injection Molding.
Injection moulding MIM process features and applications
Advantages of MIM Products and Applications
Secondary Treatment of Powder Metallurgy Products
Metal powder injection molding (MIM) is a method of mixing metal powder and adhesive for injection molding. The injection molded products will be degreased and sintered to remove the binder, so as to obtain the metal products we want.
The manufacturer of metal injection molding (MIM) parts and the client must agree with the final performance requirements of finished parts, such as static and dynamic load, wear resistance, machinability and corrosion resistance,etc.
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