Interfacial bonding highly affects the quality of bimetallic bearing materials, which primarily
depend upon the surface quality of a solid metal substrate in liquid–solid compound casting …

Fluxing and tinning processes are usually used to improve the adhesion of the Al bearing
layer on steel substrate. Commonly after grinding the surface of the steel substrate, it is …

Abstract The Sn-based Babbitt and ductile iron bimetallic composites were fabricated by
liquid–solid compound casting process. The Sn-based Babbitt alloy was melted in an …

Tin matrix nanocomposite coatings containing ZnO and NiO nanoparticles, both individually
and combined, were deposited on low carbon steel substrates. The aim was to investigate …

To enhance the performance of Babbitt–steel bimetallic composites, bismuth (Bi) was
incorporated into the Tin (Sn)-interlayer. Babbitt–steel bimetallic composites were created …

The bimetal casting process using the liquid–liquid technique was developed to produce a
high-quality hyper-eutectic Al–21Si/hypo-eutectic Al–7.5 Si alloy bimetal material …

Iron oxide and silica nanoparticles were individually incorporated in tin-based Babbitt alloy
and combined to prepare a novel class of nanocomposites for bearing material applications …

For specialized applications, it is incumbent to develop new materials that enable
manufacturers to develop new processes and designs. For better fuel economy, structural …

Tin Babbitt is an ideal journal bearing material, because of its microstructural properties,
which qualifies these alloys as a bearing material. Effect of the Babbitt die casting (ASTM …

A bimetallic casting consisting of GG25 gray iron substrate and Sn-based alloy using the
liquid-solid technique has been studied in this paper. Three different pretreatment processes …