Machined Needle Roller Bearing Without Inner Ring for Compact Radial Loads
The BR 122012 YFB needle roller bearing is a machined outer ring design without inner ring, ideal for compact radial load support where the shaft itself is used as the raceway. It is suited to automation, textile, and general machinery applications across Pakistan that require high load capacity in a small radial envelope. As the exclusive owner and distributor of YFB brand in Pakistan, Abdul Traders supplies genuine BR Series machined needle bearings to OEMs and maintenance teams in Lahore, Karachi, and Faisalabad.
Key Features
Machined needle roller bearing without inner ring, designed to run directly on a hardened and ground shaft. The solid outer ring provides high rigidity and accurate guidance, while the full complement of needle rollers offers high radial capacity with low friction. YFB BR 122012 is ideal where space is limited and a separate inner ring is not required.
Technical Specifications
BR 122012 is manufactured from high-grade bearing steel with a precision-machined outer ring and hardened raceways. Needle rollers are selected for tight diameter tolerances to ensure even load distribution and smooth running. The bearing is intended to operate on a properly hardened and finished shaft surface, delivering long service life in continuous-duty and high-cycle environments across Pakistan’s industrial sector.
Industrial Applications
Used in compact gearboxes, automation mechanisms, textile machines, and general industrial assemblies where a high-capacity radial bearing must fit into a small space and the shaft can act as the inner race. Favoured by OEMs and repair shops in Lahore, Karachi, Faisalabad, and other hubs that rely on machined needle roller bearings for precise, efficient motion.
Contact Information
WhatsApp: +86 183 0611 5059
Phone: 042-37653390 | 042-37651231
Website: abdultraders.pk
Choose Abdul Traders for authentic YFB machined needle roller bearings without inner ring that keep your compact drives running smoothly.