A wear and corrosion resistant α-ferrite toughened Fe9Cr9Si2 ternary intermetallic alloy

Enhancement of electrical and dielectric properties of Cr doped BaZn2 W-type hexaferrite for potential applications in high frequency devices

“…The Cr containing compounds have high wear resistant and lack adequate corrosion resistance [16]. Also, the Cr containing alloys developed for hydrogen storage exhibit improved electrochemical properties [17,18].…”

Microstructure and wear property of laser-clad Co3Mo2Si/Coss wear resistant coatings

“…While versatility in many circumstances is hard to be obtained from a single material, multiphase materials have been designed and demonstrated to successfully combine and balance the properties of their constituting phases [14][15][16][17][18]. Many ternary transition metal silicides crystallized in the structure of the topologically closed packed (TCP) hP12 MgZn 2 type Laves phase, such as W 2 Ni 3 Si, Ti 2 Ni 3 Si, Mo 2 Ni 3 Si and Co 3 Mo 2 Si [19][20][21][22][23], exhibited inherent brittleness otherwise could tend towards real application as high performance wear and corrosion resistant materials, owning to their inherent high hardness, yield anomaly, anomalous hardness-temperature dependence, and strong covalent-dominated bonding nature.…”

Reciprocating Sliding Friction and Wear Property of Fe3Si Based Alloys Containing Cu in Water Lubrication

“…The most widely used corrosion-resistant materials are austenitic stainless steels. However, the low hardness and the difficulty to be hardened by heat treatment due to very low carbon content, the wear resistances of austenitic stainless steels under abrasive and adhesive tribological conditions are very poor [6,7]. Surface treatments can improve the tribological performance of austenitic stainless steels [8,9], but these are often of high cost or result in markedly reduced corrosion resistance.…”