high speed applications; improving your rolling efficiency;

separable inner ring for easy mounting; less stress concentrations on roller ends;

accommodating errors in housing assembly and misalignments between the inner and outer rings; sphered outer ring;

popular in modern rolling mill stands; mostly used in modern rebar or deformed bar mills;

large stock for better delivery; higher rolling efficiency with inner rings remained onto the rolls during processing;

working under the toughest working environment; higher working performance and low cost to help the steel mills reduce their rolling mill cost;

best material and advanced treatment; top quality bearings with longer working life;

stabilizing treatment allowing the bearings to work with temperatures up to 150° C, without dimensional change and distortion; particularly suitable for high speed rolling mills; ready stock available;

professional manufacturer of bearings for steel mills of billets, bars, sections, angles, beams, wire rods, coils, etc. P6 precision for higher wear-resistance best bearing steel to ensure the bearing can work under highest loads radial clearance is generally executed in C3 or C4 ready stock available

applicable for work rolls and back-up rolls in rolling mills; carrying high capacity;

particularly suitable for high speed rolling mills; reducing your rolling mill cost; improving your rolling efficiency;

carrying large load rating capacity; suitable for low- or medium-speed applications involving heavy or impact loading;

inner ring raceways inclined at an angle to the bearing axis; sphered outer ring;

insensitive to misalignment of the shaft relative to the housing; suitable for applications with vibration and impact loads;

separable inner ring for easy mounting; effective in operation;

easy mounting and dismounting; best material and advanced treatment;

separable inner ring for easy mounting; high speed capacity;

separable inner ring for easy mounting; best material and advanced treatment;

less stress concentrations on roller ends; carrying heavy radial and impact loading;

less stress concentrations on roller ends; high radial load capacity;