Medical Infusion Holder Parts

Today, with the rapid development of science and technology, powder metallurgy technology has made major breakthroughs in the field of materials science with its unique advantages. This ancient and dynamic technology is leading a new direction in material manufacturing with its high efficiency, energy saving and environmental protection characteristics. The powder metallurgy process is a technology that manufactures metal powder into materials with specific shapes and properties through a molding and sintering process. Compared with traditional casting, forging and other processes, the powder...

The fifth generation metal metal powder should have the following characteristics: 1. Fine particle size: The smaller the powder particles, the larger the surface area, which is beneficial to enhancing the activity and plasticity of metal powder and improving the compactness and mechanical properties of molded products. 2. Uniform particles: Uniform distribution of particles can ensure the uniformity and consistency of feeding, avoid problems such as holes and defects, and improve the quality of the product. 3. Close to spherical: Spherical particles have lower surface energy and better...

Powder Metallurgy is a method of preparing metal parts by mixing metal powder with additives and then converting it into solid parts through processes such as pressing and sintering. MIM (Metal Injection Molding) is a special form of powder metallurgy, which mixes metal powder with polymer additives and then manufactures metal parts through injection molding. First of all, the biggest difference between powder metallurgy and MIM is the process. In powder metallurgy, metal powders are mixed with additives and transformed into solid parts through processes such as pressing and sintering. MIM,...