Koyo Bearing B-812;PBL449 60579035052 Drawn Cup Needle Roller Bearing

# Full Complement Needle Roller Bearings The Koyo Bearing B-812;PBL449 is a high-performance drawn cup needle roller bearing designed to provide exceptional load-carrying capacity and reliability in various applications. This bearing features a full complement design, allowing for maximum roller fill, which enhances the bearing's overall strength and durability. ## Key Features • **High Load Capacity:** Engineered with a full complement of needle rollers, enabling greater load distribution and increased performance under heavy loads. • **Compact Design:** The drawn cup construction offers a lightweight and space-saving solution, ideal for applications with limited installation space. • **Precision Manufacturing:** Manufactured to exacting standards, ensuring tight tolerances and optimal performance in demanding environments. • **Durable Materials:** Constructed from high-quality steel, providing excellent wear resistance and longevity, suitable for various industrial applications. • **Versatile Compatibility:** Designed to fit a wide range of applications, including automotive, agricultural machinery, and heavy industry equipment. ## Applications • **Automotive Industry:** Perfect for use in transmissions, axle assemblies, and other critical components where reliability and performance are essential. • **Agriculture and Heavy Machinery:** Ideal for applications requiring high load capacities and robust performance in harsh environments. • **General Machinery:** Suitable for various industrial machinery that demands precise motion and durability. ## Benefits • **Enhanced Performance:** The full complement design significantly improves load-carrying capabilities, making it ideal for heavy-duty applications. • **Increased Reliability:** The robust construction ensures long-lasting performance, reducing the need for frequent replacements and maintenance. • **Space Efficiency:** The compact design allows for versatile mounting options, facilitating integration into tight spaces without sacrificing strength. --- *Product information compiled with AI assistance for reference purposes.*