Titanium Alloy Marine Door Lock, Deadbolt MIM Parts

Product Description

Why Choose Metal Powder Injection Molding?

Metal powder injection molding (MIM) can:

Cost-effectively produce complex parts in high volumes

Net shape capability minimizes material waste

Fine particles and high sintering density, thereby improving mechanical properties

Performance equivalent to forged alloys

High surface finish minimizes post-processing operations such as mechanical finishing

This is metal powder injection molding

MIM is a technology suitable for cost-effectively manufacturing high-precision complex parts, often used in high-volume production. Metal powders and a binder system are mixed together to create granular raw materials, which are then molded and sintered into solid shapes.

MIM can use a variety of different materials, and the high density after sintering ensures the high performance of the material. MIM components are avant-garde in appearance, affordable and have excellent performance, so they are widely used in various types of applications such as automobiles, general industry, molds, medical, dental, aerospace, IT/mobile phones and luxury goods.

This process technology, sometimes called powder injection molding (PIM) or metal powder injection molding, covers the series production of metal (MIM) or ceramic (ceramic injection molding) parts.

Company Profile

Qinhuangdao Zhongwei Precision Machinery Co., Ltd. is committed to becoming a value creator of advanced materials and technologies. It is one of the leading companies in the domestic new materials industry and a nationally recognized high-tech enterprise. The company was established in 1997. After two decades of development, it has formed four major business sectors: "advanced functional materials and products, special powder metallurgy materials and products, high-quality special steel and welding materials, environmental protection and high-end technology service industry" , serving national strategic emerging industries, and its products are widely used in new generation information technology, energy-saving and new energy vehicles, marine engineering and high-tech ships, advanced rail transit equipment, power equipment, high-performance medical equipment and equipment, high-end CNC machine tools and robots , environmental protection engineering and other fields, providing advanced materials, products and solutions to high-end customers around the world.