High Flowability MIM Feedstock

• Exceptional Rheology: Significantly lower viscosity at molding temperatures allows for complete cavity filling at lower injection pressures.
• Thin-Wall Capability: Capable of molding wall thicknesses < 0.3mm and aspect ratios that challenge standard feedstocks.
• Reduced Mold Wear: Lower required injection pressure reduces the mechanical stress on mold cavities and cores, extending tool life.
• Cycle Time Reduction: Faster injection speeds and rapid cooling capabilities of the binder system improve overall manufacturing throughput.
• High Surface Fidelity: Replicates mold micro-textures perfectly due to the high packing density of ultra-fine powders.

As MIM components become increasingly miniaturized and geometrically complex, standard feedstocks often struggle to fill thin-walled sections without requiring excessive injection pressures. Flow-Pro is our High Flowability MIM Feedstock, specifically engineered for intricate, micro-sized, or thin-walled applications.

This product leverages a specialized low-viscosity binder system combined with spherical, ultra-fine metal powders produced in our own facilities. The spherical morphology of NEWLIFE's powders acts like microscopic ball bearings, significantly reducing inter-particle friction during the injection phase. This results in a feedstock that flows effortlessly into the most complex mold cavities, ensuring complete filling of features as small as 0.2mm while minimizing internal stress and jetting lines.

The Flow-Pro series solves the "unmoldable" problem. Engineering teams often face a trade-off between part complexity and manufacturability. By utilizing NEWLIFE's High Flowability feedstock, designers can pursue aggressive geometries without fear of short shots or weld-line defects.

Cost efficiency is realized through Yield Rate Improvement and Tooling Longevity. In traditional MIM, pushing viscous material into thin walls requires high pressure, which can flash the mold or break delicate core pins. Our high-flow formulation allows for "soft molding," protecting your expensive tooling assets. Furthermore, because we utilize our own ultra-fine Nickel and Copper powders to modulate the alloy chemistry, we maintain the cost advantage of a raw material manufacturer while delivering a premium, problem-solving chemical solution.