The curved tooth gear coupling represents the optimal engineering solution for the demanding requirements of industrial bar and wire rod finishing mills. Its unique combination of precision curved tooth geometry, high torque capacity, comprehensive misalignment compensation, and environmental ruggedness ensures reliable power transmission in one of the most challenging high-speed industrial applications. Read More

The SWC-type universal drive shaft represents an optimal engineering solution for the demanding requirements of industrial bar and wire rod finishing mills. Its unique combination of integral fork head construction for reliability, high torque capacity for final section reduction, angular flexibility for accommodating stand misalignment (up to 15-25°), and environmental ruggedness for surviving the harsh mill environment ensures reliable power transmission in this critical final stage of bar and wire rod production. Read More

The SWC-type universal drive shaft represents an optimal engineering solution for the demanding requirements of industrial bar and wire rod intermediate mills. Its unique combination of integral fork head construction for reliability, high torque capacity for progressive section reduction, angular flexibility for accommodating stand misalignment (up to 15-25°) , and environmental ruggedness for surviving the harsh mill environment ensures reliable power transmission in this critical intermediate stage of bar and wire rod production. Read More

The SWC-type universal drive shaft represents the optimal engineering solution for the demanding requirements of bar and wire rod roughing mills. Its unique combination of integral fork head construction for reliability, extreme torque capacity for primary billet reduction, angular flexibility for accommodating complex mill geometries (up to 15-25°), and environmental ruggedness for surviving the hostile roughing mill environment ensures reliable power transmission in one of the most challenging applications in the entire long products industry . Read More