Metal Powder Injection Molding Technology (MIM for short) is a new powder metallurgy near-net-shape molding technology formed by introducing modern plastic injection molding technology into the field of powder metallurgy.
Benefits of Tungsten Carbide Injection Molding Technology:
We can manufacture high-density,high-precision,three-dimensional complex blank structural parts through injection molding and sintering,which can quickly and accurately materialize the design ideas into products with certain structural and functional characteristics and directly mass-produce parts. It greatly reduces the manufacturing cost and is a new revolution in the manufacturing technology industry.
Drawbacks and Solutions of Tungsten Carbide Injection Molding Technology:
During the development of MIM,some problems occurred including under-injection,merging marks,cavitation,deformation,etc.Most of these problems can be solved by adjusting material fluidity and temperature, injection speed,injection time,injection pressure,mold structure and temperature,mold holding time.
Metal powder injection molding (MIM) can form cemented carbide products with complex shapes. With the problems of defect control solved, the gradual improvement of MIM technology has gradually expanded the application range of cemented carbide, which has greatly promoted the development of the entire cemented carbide industry development.
At present, Oston Carbide injection molding technology is mainly used to produce various tungsten carbide spraying nozzles, tungsten carbide drilling nozzles,tungsten carbide 3D nozzles, tungsten carbide special-shape wear parts and various customized tungsten carbide complex parts,your inquiry will be more than welcome here.
