The CR 41185 Tapered Roller Bearing is engineered for high-performance industrial applications requiring robust support against heavy, combined radial and axial loads. Constructed from premium, high-carbon chromium steel (equivalent to AISI 52100), this bearing features geometrically optimized raceway profiles and precision-matched rollers, ensuring maximal load distribution and minimizing stress concentration under challenging operating conditions. The design allows for the separation of the cone (inner ring assembly) and cup (outer ring), simplifying installation and maintenance procedures in complex machinery such as gearboxes, differentials, and large pump systems. With a significant dynamic load rating, the 41185 model provides superior reliability and predictable service life, even in environments subject to shock loads or misalignment.
CR's commitment to precision manufacturing guarantees tighter tolerances and enhanced surface finishes, directly translating to reduced operating friction, lower heat generation, and improved energy efficiency across demanding operational cycles. Choosing the CR 41185 ensures maximum uptime and reduced total cost of ownership by extending relubrication intervals and offering exceptional wear resistance. This bearing is the definitive choice for design engineers seeking a dependable, heavy-duty solution for commercial vehicles, construction equipment, and critical industrial production lines where bearing failure is simply not an option. It is specifically designed to meet or exceed international standards for interchangeability and performance.
Key Features
Optimized Roller Profile: Provides exceptional resistance to edge loading and handles minor misalignment effectively.
High Load Density: Excellent dynamic and static load ratings suitable for demanding industrial and automotive applications.
Separable Design: Cone and cup can be mounted independently, simplifying pre-load setting and assembly processes.
Premium HCCS Material: Ensures maximum fatigue life and durability under high stress and temperature fluctuations.
Precision Tolerances: Manufactured to P6 standards for enhanced running accuracy and reduced vibration.
Increased Operating Temperature Range: Suitable for environments up to 120°C (250°F) continuous operation.
