suitable for low- or medium-speed applications involving heavy or impact loading; sphered outer ring;
automatically corrected to reduce excessive force to bearings; carrying large load rating capacity;
separable inner ring for easy mounting; improving your rolling efficiency;
enhanced operational reliability; easy mounting and dismounting;
corresponding to the designing of 2 single tow angular contact ball bearings, with less axial space taken;
used in modern rolling mill stands; large stock for better delivery;
four-row cylindrical roller bearings for steel industry working under the toughest working environment able to work under high temperature, water, particles one-stop rolling mill solution to reduce rolling mill’s cost ready stock delivered within 7days OEM service
particularly suitable for high speed rolling mills; working under the toughest working environment;
applicable for work rolls and back-up rolls in rolling mills; allowing greater radial load;
particularly suitable for high speed rolling mills; radial clearance is generally executed in C3 or C4
higher working performance and low cost to help the steel mills reduce their rolling mill cost; top quality bearings with longer working life;
higher working performance and low cost to help the steel mills reduce their rolling mill cost; improving your rolling efficiency;
particularly suitable for high speed rolling mills;
higher working performance and low cost to help the steel mills reduce their rolling mill cost; improving your rolling efficiency;
higher rolling efficiency with inner rings remained onto the rolls during processing; radial clearance is generally executed in C3 or C4;
carrying large load rating capacity; automatically corrected to reduce excessive force to bearings;
accommodating heavy radial loads, and axial loads in both directions; sphered outer ring;
separable inner ring for easy mounting; improving your rolling efficiency;
separable inner ring for easy mounting; high speed capacity;
less stress concentrations on roller ends; enhanced operational reliability;