Brand: TIMKEN
TIMKEN 596 (90117) Tapered Roller Bearing Cone | High Capacity 6.000 in Bore | Precision Industrial Grade
The TIMKEN 596 (90117) is the inner ring assembly (cone) for a high-performance single-row Tapered Roller Bearing designed to manage severe combined radial and axial (thrust) loads simultaneously. This cone features precision-ground raceways and high-quality case-carburized steel construction, ensuring exceptional durability and resistance to shock loads and fatigue. Tapered geometry provides true rolling motion and superior load distribution across the rollers, making the 596 cone ideal for critical applications requiring high stiffness and reliability under varying speed and temperature conditions. It is engineered to seamlessly mate with the corresponding cup (e.g., 592A) to form a robust, maintenance-friendly bearing unit.
As a cornerstone component of industrial power transmission systems, the TIMKEN 596 bearing cone is essential for maintaining operational efficiency in demanding environments such as heavy-duty truck axles, large industrial gearboxes, construction machinery, and specialized agricultural equipment. Choosing this TIMKEN product guarantees access to global engineering support and a commitment to longevity, minimizing unplanned downtime and reducing total cost of ownership. The precise tolerances and industry-leading metallurgy inherent in the 596 design ensure optimal alignment, reduced friction, and maximized service life, positioning it as the premium choice over standard commodity bearings.
Key Features
Case-Carburized Steel: Provides hardened surface and a tough, shock-resistant core for extended fatigue life.
Precision Geometry: Engineered for maximum roller length and optimal contact stress distribution.
High Thrust and Radial Load Capacity: Ideal for heavily loaded rotating equipment and differentials.
Interchangeable Design: Manufactured to international standards for easy replacement and fitment with standard cups.
Authentic TIMKEN Quality: Guaranteed performance reliability and consistency in demanding operational environments.
