NTN NA4906 NEEDLE ROLLER BEARINGS MACH RING NRB (MACHINED RACE)

# Full Complement Needle Roller Bearings - NTN NA4906 The NTN NA4906 Needle Roller Bearing is a high-performance bearing designed for applications requiring a reliable and efficient solution for load carrying. This bearing features a machined race, ensuring superior strength and durability, making it ideal for various automotive and industrial applications. ## Key Features • **Type:** Full Complement Needle Roller Bearing, designed to accommodate high radial loads. • **Machined Race:** The machined raceway provides improved surface finish and dimensional accuracy, enhancing overall performance. • **Dimensions:** Inner Diameter (ID): 30 mm, Outer Diameter (OD): 47 mm, Width: 30 mm, allowing for versatile installation in space-constrained environments. • **Load Capacity:** Capable of supporting high dynamic and static loads, ensuring longevity and reliability in operation. • **Material:** Constructed from high-quality steel for increased strength and resistance to wear, ensuring a long service life. ## Applications • **Automotive Industry:** Perfect for use in wheel hubs, transmission systems, and other components where space and weight savings are critical. • **Industrial Equipment:** Suitable for various machinery applications where high load capacity and reduced friction are required. • **Compatibility:** Designed to work seamlessly with other NTN components, ensuring optimal performance in assembly and operation. ## Benefits • **Enhanced Performance:** The full complement design maximizes the number of rolling elements, providing increased load-carrying capacity without compromising speed. • **Reliability:** NTN's commitment to quality and precision results in excellent durability and reduced maintenance requirements, minimizing downtime. • **Energy Efficiency:** Designed to reduce friction, the NA4906 bearing contributes to overall energy savings in machinery and automotive applications. --- *Product information compiled with AI assistance for reference purposes.*