Powder injection molding (PIM) is a well-known technique to manufacture net-shaped,
complicated, macro or micro parts employing a wide range of materials and alloys …

Recently, powder injection molding (PIM) has been exploited in the field of solid oxide fuel
cells (SOFCs), especially for fabricating anode supports. The current study employs low …

Low-pressure powder injection molding (LPIM) is a cost-effective technology for producing
intricate small metal parts at high, medium, and low production volumes in applications …

To produce transparent alumina pieces, alpha-alumina nanoparticles with different amounts
of MgO sintering aid were dispersed in a paraffin-polypropylene-based binder system. The …

Optimization of molding parameters at different filling stages requires that the characteristics
of low-viscosity feedstocks must be properly known. In this study, the influence of the particle …

This study aims to compare the flow patterns and in-cavity pressures obtained
experimentally and numerically for different conditions. Four feedstocks based on 17-4PH …

This article presents a technology that is not widely known. Previous research has
investigated the effect of metal injection molding parameters on product shrinkage. The …

Deposition-based 3D printing has been proposed as a novel method for building the
landslide model, especially its porous slide zone, to accurately mimic equivalent material …

In this work, alumina ceramics were prepared by injection molding. The effects of solid
loading on the rheological behaviors of the feedstocks, as well as the resulting properties of …

The mold filling stage of the low-pressure powder injection molding process was simulated
numerically and validated by experimental injections. For this, a feedstock formulated from a …