MRC
MRC is a brand of precision ball bearings, historically associated with the Marlin-Rockwell Corporation, a manufacturer with origins in the early 20th century. The brand is recognized for producing angular contact ball bearings, particularly double-row configurations, used in applications requiring combined radial and axial load capacity. MRC bearings are specified by engineers for their dimensional accuracy, material consistency, and adherence to ABEC (Annular Bearing Engineers Committee) tolerance classes. The product line includes metric-series double-row angular contact bearings with 30° contact angles, available in open, shielded, and sealed variants. These bearings are constructed with steel or thermoplastic cages and are rated to ABEC 1 precision, suitable for general industrial machinery, pumps, compressors, and gearboxes. 3G Electric supplies a range of MRC double-row angular contact bearings, covering bore sizes from 20 mm to 80 mm and industry numbers such as 3202/5202 through 3216/5216 and 3306/5306. Each SKU is supported with datasheets containing dimensional specifications, load ratings, and lubrication recommendations. The inventory includes shielded (FF suffix) and sealed (ZZ suffix) options for applications requiring contamination protection, as well as open designs for oil-lubricated systems. 3G Electric provides logistics support for global shipment, enabling procurement teams to source these bearings without geographic restriction. For maintenance managers and plant engineers, MRC bearings offer a standardized replacement path for existing equipment, with interchangeability across common metric bearing series. The double-row angular contact design provides inherent rigidity and can accommodate axial loads in both directions, reducing the need for paired bearing arrangements in certain applications. 3G Electric's catalog includes 181 SKUs of MRC bearings, each listed with manufacturer part numbers and technical specifications to facilitate direct cross-referencing with existing bills of materials.