2Fe34Mn13.5Al3Cr7.5Ni High Entropy Alloy (at%) is a custom‑designed Fe‑Mn‑Al‑Cr‑Ni multi‑principal‑element alloy, developed based on high‑entropy alloy design principle. As a professional advanced metal material manufacturer, we can produce this non‑equiatomic HEA in granules, particles and powder forms with adjustable particle sizes according to customer drawing and technical requirements.
This 42Fe34Mn13.5Al3Cr7.5Ni high entropy alloy adopts precise atomic percent ratio: 42at% Fe,34at% Mn,13.5at% Al,3at% Cr,7.5at% Ni. Thanks to high‑configurational‑entropy solid‑solution effect, it delivers good comprehensive mechanical performance, favorable ductility, competitive wear resistance and stable high‑temperature microstructure, different from traditional single‑base metal alloys.
Our 42Fe34Mn13.5Al3Cr7.5Ni HEA raw material is widely applied for multiple scenarios. It serves as key feedstock for laser additive manufacturing (LPBF/SLM), thermal‑spray protective coatings, material‑science laboratory research, powder‑metallurgy sintering and new‑alloy formula exploration.
Strict composition calibration and batch inspection are implemented during production to guarantee accurate atomic proportion and low impurity content. We support lab‑scale small‑batch samples as well as large‑volume industrial bulk orders. Custom particle dimension, packaging scheme and technical document support including MSDS can be provided upon request. Whether you are doing academic research or industrial component development, our 42Fe34Mn13.5Al3Cr7.5Ni high entropy alloy can match your technical specifications.

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