Brand: TIMKEN
TIMKEN 22780 Tapered Roller Bearing | Precision Industrial Cone & Cup Set | High Load Capacity
The TIMKEN 22780 Tapered Roller Bearing (TRB) is engineered for exceptional performance in demanding industrial environments, featuring the iconic two-piece cone and cup design (J-Line interchangeability). Manufactured from high-quality, case-hardened steel, the 22780 assembly provides superior resistance to shock loads and wear. Its optimized geometry ensures maximum contact stress distribution, efficiently managing simultaneous heavy radial and axial (thrust) loads. This precision design minimizes friction, maintains optimal roller alignment across the entire load zone, and adheres strictly to ISO dimensional standards, ensuring reliable fitment and operational stability across various machinery.
As a core component in heavy machinery across industries such as mining, construction, pulp & paper, and automotive drivelines, the TIMKEN 22780 delivers extended service life and reduced total cost of ownership (TCO). Choosing Timken means investing in reliability; the advanced surface finish and metallurgical composition of this bearing reduce lubricant consumption and operating temperature, translating directly into fewer maintenance cycles and higher uptime. Deploy the 22780 to ensure the operational integrity and maximum efficiency of critical applications like industrial gearboxes, large conveyor systems, and non-driven axles.
Key Features
TIMKEN Engineered Steel: Utilizes proprietary clean steel technology for enhanced fatigue life and high reliability.
Optimized Roller Profile: Provides uniform stress distribution, reducing edge loading and premature failure under misalignment.
High Load Density: Designed to carry significant combined radial and axial loads simultaneously.
Precision Case-Hardened Components: Offers excellent wear resistance and surface hardness for long service life.
Dimensional Consistency: Strict adherence to international standards allows for reliable interchangeability and simplified assembly.
Reduced Maintenance: Advanced design minimizes friction and heat generation, prolonging lubricant life and extending maintenance intervals.
