Coated Powder Materials
Browse coated and encapsulated powders by material. Each material pairs a core particle with a functional coating for conductivity, insulation, oxidation resistance or specialty processing; request a quote or a free evaluation sample. Availability is reviewed based on grade, size and quantity.
Ag@Cu powder for EMI/EMC shielding compounds, conductive adhesives and inks, and static-dissipative plastics and rubbers.
Ag@Ni powder combining nickel's magnetic and mechanical properties with silver's surface conductivity for conductive composites.
Cu@Fe powder for oil-impregnated bearings, friction materials and diamond-tool sintering additives.
Ni@C powder for EMI/RF shielding gaskets and as thermal-spray feedstock for turbine clearance-control abradable seal coatings.
Ag@Glass hollow microspheres for lightweight EMI shielding composites and low-density conductive coatings and adhesives.
Ni@Al exothermic self-bonding thermal-spray bond-coat powder for wear-component restoration and ceramic top-coat adhesion.
Ni@Al2O3 powder combining metallic ductility with ceramic hardness as feedstock for cold-sprayed wear-resistant composite coatings.
SiO2@Al powder with a passivating oxide shell that improves oxidation and moisture resistance versus bare aluminum powder.
SiO2@TiO2 powder with suppressed photocatalytic activity and improved water dispersibility for coatings, cosmetics and plastics.
SiO2@ZnO powder with reduced photocatalytic reactivity for UV-blocking cosmetic formulations and polymer and coating additives.
Al2O3@Fe3O4 powder with a hard, chemically inert insulating shell for magnetic composite and dielectric-filler applications.
Fe3O4@SiO2 powder that electrically insulates and chemically stabilizes a magnetic core for composite and dielectric applications.
TiO2@Mica pearlescent pigment powder producing interference color for automotive and industrial coatings, cosmetics and plastics.
C@Si powder for high-capacity lithium-ion battery anode material, buffering volume expansion while improving conductivity.
C@LiFePO4 (LFP) powder with a carbon coating that restores electrical conductivity for EV and stationary energy-storage cathodes.
C@Graphite powder with improved particle uniformity, first-cycle efficiency and SEI stability for lithium-ion battery anodes.
C@Cu nanoparticles with a carbon shell for oxidation resistance while preserving the conductivity of the copper core.
Epoxy@Fe powder electrically insulating individual particles to reduce eddy-current loss in soft magnetic composite motor and inductor cores.
Silane@SiO2 filler with improved dispersion and adhesion in epoxy molding compounds used for semiconductor chip packaging.
Parylene@Solder powder with a pinhole-free conformal coating protecting against oxidation and moisture for solder paste formulations.
AlSi/Polyester composite powder for lightweight thermal-spray abradable clearance-control coatings in aerospace turbine engines.