Fe2AlCoCrNiMo0.5Bx （Fe2）多元高熵合金在含有硫酸根的環境下，無論陽離子是氫離子或是鈉離子皆可以形成有效的鈍態膜，而其腐蝕速率會隨著氧氣分壓的增加而增加。而在氯化鈉溶液中，由於鈉離子的移動速率較慢故會有極限電流密度的存在，而其腐蝕行為則是受到擴散控制，而當溶液中氧氣分壓增加時，其腐蝕速率會先增後減，可能原因即為腐蝕產物增加後反而阻擋了擴散進行。
而在硫酸溶液中添加氯化鈉時，會使 Fe2高熵合金之鈍態能力衰退，並隨著添加氯化鈉的濃度增加衰退程度跟著增加。
過往研究指出，若是在 Fe2高熵合金添加不同莫耳比的硼原子時，可以提升其耐磨耗能力，而其在除氧硫酸中之抗腐蝕性質會隨著添加硼原子增多而衰減。在除氧氯化鈉溶液中，則是在添加微量時對抗腐蝕性質有些許助益，但是一旦添加超過莫耳比超過 0.5時，則其腐蝕性質會快速的衰減。

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