Expertly Crafted Nu2219ecj/c3 Skf Single Row Cylindrical Roller Bearing 95x170x43mm - Don't Miss Out [NjOUWhmF]

High-Performance SKF Single Row Cylindrical Roller Bearing

Introducing the SKF Single Row Cylindrical Roller Bearing, a reliable and durable solution for applications requiring high radial loads and high speeds. This NU design bearing is engineered to deliver exceptional performance, making it an ideal choice for a wide range of industrial and mechanical applications. With its unique design, this bearing offers several key features that set it apart from the competition, including a high radial load carrying capacity, low friction, and a long service life.

Product Specifications and Technical Details

The SKF NU2219ECJ/C3 bearing features a complete bearing design, with a cylindrical bore and a separable design that facilitates easy mounting and component interchangeability. This bearing has a bore diameter of 95 mm, an outside diameter of 170 mm, and a width of 43 mm. It is designed to accommodate axial displacement in both directions, ensuring smooth operation and reducing wear. The bearing's radial internal clearance is C3, providing optimal performance in various applications. Its performance class is SKF Explorer, offering the highest level of quality and reliability.

Practical Applications and Benefits

The SKF Single Row Cylindrical Roller Bearing is suitable for a wide range of applications, including machinery, automotive, and industrial equipment. Its high radial load carrying capacity and low friction make it ideal for applications where high-speed operation is required. The bearing's ability to accommodate axial displacement in both directions ensures that it can handle varying loads and conditions. By choosing this SKF bearing, you can benefit from its long service life, reducing maintenance costs and downtime. This bearing is designed for use in scenarios where high performance and reliability are crucial, making it an excellent choice for professionals seeking top-notch mechanical solutions.