FYH UCFL206J ND 2B SS FLANGE *J-STYLE*

# 2-Bolt Flange Bearing - FYH UCFL206J The FYH UCFL206J ND 2B SS Flange *J-Style* bearing is a high-performance, 2-bolt flange unit designed for robust industrial applications. Engineered by FYH Bearing Co., Ltd., Japan's leading manufacturer of mounted ball bearing units, this bearing ensures reliability and durability in demanding environments. ## Key Features • **Patented Z-Lock System**: Simplifies installation and removal processes, enhancing user-friendliness and reducing downtime. • **High Load Capacity**: Designed to handle heavy loads with ease, making it ideal for a variety of industrial applications. • **Durable Construction**: Manufactured with high-quality materials that meet or exceed Japanese Industrial Standards (JIS) for superior durability. • **Versatile Design**: Compatible with various housing types, allowing for flexible installation options in different setups. • **Precision Engineering**: Ensures smooth operation at high speeds, reducing friction and wear over time. ## Applications • **Industrial Machinery**: Perfect for use in conveyor systems, processing equipment, and other machinery requiring reliable motion. • **Automotive Components**: Suitable for applications within automotive assemblies where precision and reliability are critical. • **Agricultural Equipment**: Ideal for farm machinery that operates under heavy loads and demanding conditions. • **Material Handling**: Effective in systems that require consistent performance and longevity in material transport. ## Benefits • **Enhanced Performance**: The innovative design minimizes vibration and noise, leading to smoother operations. • **Increased Reliability**: Built to withstand extreme conditions, ensuring longevity and reduced maintenance needs. • **Cost Efficiency**: Reduces downtime and maintenance costs due to its durability and ease of installation. • **User-Friendly**: The Z-Lock system streamlines the installation process, allowing for quick and easy replacements. --- *Product information compiled with AI assistance for reference purposes.*