Babbitt Alloy / Bearing Alloy
Tin-Based Babbitt Alloy / Bearing Alloy
A high-performance tin-based white metal bearing alloy for sliding bearing linings, repair casting and rotating machinery exposed to demanding loads.
Tin-based white metal alloy for sliding bearing linings
This tin-based Babbitt alloy is produced through controlled alloy composition and impurity management. Antimony and copper form dispersed hard phases within the tin matrix, supporting anti-friction behavior, wear resistance, conformability and impact-load performance in selected sliding-bearing systems.
Low-Friction Bearing Surface
Designed for sliding-bearing interfaces where reduced friction is important.
Wear-Resistant Structure
Antimony- and copper-containing hard phases support resistance to operating wear.
Good Embeddability
The tin-based matrix can accommodate small foreign particles in appropriate bearing designs.
Useful Conformability
The material can adapt to minor shaft deformation and alignment variation.
Impact-Load Resistance
The matrix and hard-phase structure support dynamic loading conditions.
Controlled Impurity Limits
Specified composition limits support consistent engineering evaluation.
Product Specifications
Technical and supply information for engineering review, purchasing evaluation and quotation discussion.
Recommended Use
Recommended for bearing linings and repair casting in steam turbines, hydro turbines, compressors, large motors, precision machine tools and other sliding-bearing equipment. Final suitability must be confirmed against the bearing design and operating conditions.
Typical Applications
Application suitability should be confirmed against the selected specification, operating conditions and process requirements.
Need ASTM B23 Grade 2 Babbitt alloy?
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