CoCrFeNiMn High Entropy Alloy Sputtering Target is a typical multi-principal-element HEA target material for advanced thin film coating and material research. Our factory supplies premium CoCrFeNiMn sputtering targets with custom adjustable atomic ratio to meet different laboratory research and industrial coating requirements.
This HEA target features high density, low impurity content, homogeneous grain structure and stable sputtering performance. It has excellent mechanical properties and corrosion resistance, widely applied in magnetron sputtering, PVD deposition, surface modification and new material development.
CoCrFeNiMn High Entropy Alloy Sputtering Target, Custom Atomic Ratio Available
High Purity:
Multiple purity grades available: 3N / 4N / 5N / 6N (99.9% ~ 99.9999%), ultra-low impurity content, stable and consistent material performance.
Excellent Electrical & Thermal Conductivity
Outstanding electric and thermal conductivity, widely applied in electronics, heat sinks, batteries, conductive components, semiconductor, sputtering targets and heat dissipation fields.
Mirror Smooth Surface Finish
Flat, polished, contamination-free surface, greatly improves follow-up coating, welding, cutting and other secondary processing effects.
Advantage
High Ductility & Malleability
Superior forming performance, easy to bend, stamp, roll without cracking during processing.
Superior Corrosion Resistance
Stable anti-corrosion property under diverse working environments, guarantees long service life for industrial scenarios.
Versatile Custom Processing
Supports cutting, bending, stamping, CNC machining and size customization as per client’s technical drawings and requirements.
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Targets, Powder, Foil, Wire, Rod & Profiles
We specialize in advanced new materials with 100,000+ stock SKUs, custom R&D and OEM processing. Full production lines from smelting to precision machining support small & non-standard orders. We fabricate targets, powder, foil, wire, rod and profiles of almost all safe elemental, alloy, compound and composite materials, featuring high purity, great conductivity, smooth surface, good ductility, corrosion resistance and flexible processing.
