Boston Gear 35676 Flanged Sleeve Bearing 1 in Id Bronze

Product Description

The BOSTON GEAR 35676 is a flanged sleeve bearing manufactured from oil impregnated bronze with a plain bore. It carries a 1 inch inside diameter, a 1.253 inch outside diameter, and an overall length of 1.25 inches. The flange measures 1.5 inches in outside diameter with a thickness of 0.1875 inches. Oil impregnated bronze construction provides self-lubricating performance suitable for moderate-load, continuous-duty shaft support applications. The pre-lubricated material reduces maintenance intervals in assemblies where re-greasing access is limited. Licensed mechanics and millwrights install this bearing type in rotating equipment across industrial and commercial drive train applications.

This bearing is suited for use in gearboxes, conveyor drives, fan assemblies, and general rotating shaft support where a flanged housing interface is required. The flanged design locates axially against a housing shoulder, simplifying installation and preventing axial migration. It is appropriate for residential and light commercial mechanical assemblies as well as industrial machine applications requiring a compact, self-lubricating bushing with a positive axial stop.

Key Features

• Oil impregnated bronze construction provides self-lubrication without external grease fittings
• Flanged design offers positive axial location against housing shoulder
• Plain bore accommodates standard shaft tolerances
• Maximum pressure times velocity rating of 50,000 psi for moderate-load applications
• Meets SAE 20 (ISO 68) and SAE 30 (ISO 100) lubricant standards
• Compact overall length of 1.25 inches suits space-constrained installations

Compatibility

Designed as an OEM-style replacement flanged sleeve bearing for rotating shaft support applications requiring a 1 inch bore, 1.25 inch outside diameter, and flanged housing interface.

Installation Notes

Installation is typically performed by millwrights, maintenance mechanics, or HVAC technicians depending on the host equipment. De-energize and lock out all power to the machine before removing the worn bearing and fitting the replacement. Press the bearing into the housing bore evenly to avoid distortion; do not drive the bearing in at an angle. Verify shaft-to-bore clearance is within design tolerance before returning the equipment to service.