Rollway 6000 ZZ C3 EMQ Ball Bearing

# Bearings ## Overview The **Rollway 6000 ZZ C3 EMQ Ball Bearing** is engineered for high performance and reliability, making it an ideal choice for a variety of industrial applications. This bearing features a robust design that adheres to high engineering standards, ensuring optimal efficiency and longevity in operation. The "ZZ" designation indicates that this bearing is equipped with metal shields to protect against contaminants, while the "C3" tolerance class allows for greater internal clearance, making it suitable for applications where thermal expansion may occur. ## Key Features • **Type:** Deep groove ball bearing, designed for high-speed and low-friction applications • **Shielding:** Metal shields on both sides provide effective protection against dust and debris • **Tolerance Class:** C3, allowing for increased internal clearance to accommodate thermal expansion • **Material:** High-quality steel construction for enhanced durability and load capacity • **Dimensions:** Standard measurements of 10mm inner diameter, 26mm outer diameter, and 8mm width ## Applications • **Industrial Machinery:** Perfect for motors, conveyors, and other equipment requiring high-speed rotation • **Automotive:** Suitable for use in various automotive applications, including electric motors and equipment • **Electronics:** Commonly used in devices that demand precision and reliability, such as fans and pumps • **Compatibility:** Fits a variety of housing and shaft configurations, making it a versatile choice for engineers and manufacturers ## Benefits • **Increased Durability:** Designed to withstand harsh environments, ensuring a longer service life • **High Performance:** Low friction design minimizes energy loss, enhancing overall efficiency • **Versatile Application:** Ideal for a range of applications, reducing the need for multiple bearing types • **Reliable Operation:** The quality engineering of Rollway bearings ensures consistent performance under varying loads --- *Product information compiled with AI assistance for reference purposes.*