TAF 307 P4 High-Precision Needle Roller Bearing | 35x47x16mm | Extreme Radial Load Capacity

The TAF 307 P4 is a specialized high-precision needle roller bearing designed for demanding industrial applications requiring exceptional rotational accuracy and rigidity. Featuring an optimal cross-section for maximum load distribution within a confined space, this bearing utilizes hardened steel cages and precision-ground rolling elements (P4 tolerance class) to minimize friction and thermal generation, even at elevated speeds. Its design is engineered to handle extremely high radial loads while maintaining low operational noise, making it the preferred choice for critical positioning systems and high-speed shafts where dimensional consistency is paramount. The TAF series is built for long operational life and reduced maintenance intervals under continuous heavy-duty cycles. Optimized for use in CNC machinery, precision gearboxes, large pumps, and complex industrial drives, the robust construction ensures maximum uptime and operational reliability. Manufactured to strict DODGE quality standards, the TAF 307 P4 guarantees a snug fit and consistent performance across diverse operating conditions, from high-temperature environments to abrasive industrial settings. Choosing this bearing means investing in superior component reliability, reduced vibration metrics, and maximized machine efficiency, ensuring your critical assets operate at their peak designed specifications.

Key Features

• P4 High Precision Tolerance: Guaranteed dimensional accuracy for high-speed, low-vibration applications.
• Exceptional Radial Rigidity: Optimized roller geometry provides maximum stiffness under continuous heavy loads.
• Compact Profile: Thin-section design allows for significant load capacity within minimal radial space.
• Long Service Life: Advanced materials and surface finish reduce wear and extend mean time between failure (MTBF).
• High Limiting Speed: Suitable for demanding rotational applications up to 10,500 RPM (grease lubricated).

Technical Specifications