Brand: TIMKEN
TIMKEN 99500 / 20024 Tapered Roller Bearing Assembly | Heavy Duty Industrial Cone and Cup Set | High Load Capacity
The TIMKEN 99500/20024 is a premier separable tapered roller bearing assembly, engineered specifically for industrial applications requiring exceptional rigidity and robust load handling capabilities. This set consists of the 99500 Cone (inner ring assembly with rollers and cage) and the 20024 Cup (outer ring). Tapered geometry allows this bearing to manage extremely high combined radial and thrust loads simultaneously, making it indispensable in environments prone to shock loading or misalignment. Manufactured with TIMKEN's proprietary case-carburized steel, the bearing surfaces offer superior hardness and fatigue resistance, ensuring maximum operational lifespan and reduced frictional heat generation under continuous service.
Designed for critical rotational applications such as heavy-duty vehicle axles, industrial gear drives, large differentials, and construction machinery transmissions, the 99500/20024 provides unmatched reliability. Its precise dimensional stability facilitates accurate shaft positioning and clearance control, which is essential for maintaining optimal system efficiency and minimizing vibration. Utilizing this genuine TIMKEN product guarantees direct interchangeability and performance consistency, leading to significant reductions in scheduled maintenance and costly downtime for high-value industrial assets.
Key Features
Separable Design: Cone and Cup can be mounted independently, simplifying assembly and maintenance procedures.
High Radial and Axial Load Capacity: Optimized roller geometry handles simultaneous heavy combined loads typical in rigorous industrial environments.
Case-Carburized Steel: Provides an extremely hard surface for wear resistance over a tough, ductile core for impact resistance.
Precision Matched Set: Ensures proper internal clearances and load distribution for extended service life.
Dimensional Stability: Engineered to maintain precise tolerances under extreme operational temperatures.
