Eye-catching Essex Generic 6204 Motor Bearing [17mm Id, 40mm Od] (6204-2nse) - Act Fast [lqmCx7XR]

Essex Generic 6204 Motor Ball Bearing

Introducing the Essex Generic 6204 Motor Ball Bearing, a premium component designed for high-performance applications. This bearing is engineered to deliver exceptional durability and smooth operation, making it an ideal choice for motors and machinery requiring reliable support. With its robust construction and precise engineering, this bearing is built to withstand demanding environments and heavy loads.

• High-quality steel balls ensure minimal friction and extended lifespan.
• Sealed design protects against contaminants and prolongs bearing life.

Technical Specifications

The Essex Generic 6204 Motor Ball Bearing boasts impressive technical specifications that set it apart from the competition. With an inner diameter (I.D.) of 20mm and an outer diameter (O.D.) of 47mm, it offers a perfect fit for a wide range of motor applications. This bearing is also equipped with a 2NSE seal, providing additional protection against moisture and dust, ensuring smooth and efficient operation.

• 17mm I.D. and 40mm O.D. for optimal fit and performance.
• 2NSE seal for enhanced protection against environmental contaminants.

Practical Applications and Benefits

The Essex Generic 6204 Motor Ball Bearing is versatile and suitable for various applications, from industrial machinery to consumer electronics. Its exceptional load-bearing capacity and smooth operation make it an excellent choice for motors in pumps, conveyors, and other mechanical systems. By investing in this high-quality bearing, you can expect several benefits, including:

• Increased efficiency due to reduced friction and heat generation.
• Longer lifespan with the durable construction and sealed design.

This bearing is perfect for professionals and hobbyists alike, offering reliable performance and peace of mind for your mechanical needs. Upgrade your machinery today with the Essex Generic 6204 Motor Ball Bearing and experience the difference in quality and reliability.