The housing is made of high strength plastic CSB®M163, with standard BAL self-lubricated balls made of anti-wear material CSB®EPB15
● Maintenance-free and corrosion-resistant
● Resistant to dust and dirt
● Max tolerance compensation ±0.2mm
● Easy installation
● Self lubricated and maintenance free
● Corrosion resistance
● Impact resistance, low noise
● Light weight
● Maintenance free and self-lubricated
● Self-compensation for the installation deviation
● Impact resistance and silent operation
● Dust resistance with light weight
● External thread design
● Maintenance-free and dry operation
● Absolute corrosion resistance
● Compensation of misalignment errors
● Internal thread design
● Maintenance-free and dry operation
● Absolute corrosion resistance
● Compensation of misalignment errors
● Maintenance-free and dry operation
● Resistant to dust and dirt
● Absolute corrosion resistance
● Compensation of misalignment errors
● Maintenance-free and dry operation
● Resistant to dust and dirt
● Absolute corrosion resistance
● Compensation of misalignment errors
● Maintenance-free and dry operation
● Resistant to dust and dirt
● High radial loads and compensation of edge loads
● Compensation of misalignment errors
● Maintenance-free and dry operation
● Resistant to dust and dirt
● High radial loads and compensation of edge loads
● Compensation of misalignment errors
● Maintenance-free and dry operation
● Resistant to dust and dirt
● Absolute corrosion resistance
● Mechanical connector between two components
● Maintenance-free and dry operation
● No noise and easy installation
● Variable angle between two components
● Variable distance between two components
● External thread design
● Maintenance-free and corrosion-resistant
● Easy connection - easy assembly
● Fits directly and space-saving
● Internal thread design
● Maintenance-free and corrosion-resistant
● Easy connection - easy assembly
● Fits directly and space-saving
● Maintenance-free, dry-running
● Easy assembly
● Compensation of misalignment errors
● Compensation of edge loads