Highly Controlled and Customizable Metal Additives for Plastics
Add detectability, wear resistance, magnetic control, or anti-static properties directly into plastic compounds using precision metal powders
Engineered for food, pharmaceutical, automotive, and industrial applications with custom particle sizes and alloys for specific compounding needs.
What's included in this e-Book?
Our metal powder additives enable magnetic and X-ray detectability in plastic compounds, helping prevent foreign-object contamination in food, pharmaceutical, and industrial environments. When compounded into polymers, our powders allow plastics to be easily identified during inspection.
Incorporating metal powders into plastics allows manufacturers to precisely tailor wear resistance, vibration and acoustic damping, density, and mechanical stability. Our metal additives are ideal for applications requiring improved durability, controlled magnetic properties, or enhanced functional performance.
By compounding plastics with specific metal alloys, magnetic properties can be precisely controlled to support conveyance, positioning, and adhesion in automotive and industrial applications. Our powders enable movement or retention using magnetic systems while maintaining consistent material integrity.
The addition of durable metallic particles to polymer compounds significantly enhances wear resistance in finished components. These metal‑reinforced plastics are suited for applications exposed to friction, repeated movement, or mechanical stress, delivering longer service life and improved reliability.
Custom stainless steel (316L, 304L, 430L, 410L) and bronze metal powders engineered for use as plastic additives and fillers, improving detectability, durability, and functional performance in polymer compounds.
Metal powders compounded into plastics enable controlled magnetic properties, wear resistance, vibration and acoustic damping, density control, and electrical conductivity for critical applications.
Available in fine particle sizes (~30 microns) for uniform polymer dispersion and coarser sizes (~75–125 microns) for enhanced performance. Custom solutions support specific compounding and performance requirements.
