Universal Shaft CouplingDue To Its Ability To Achieve Angular Displacement Compensation Between Different Shaft Systems, As Well As Its High Torque Transmission And Strong Adaptability, It Is Widely Used In Multiple Industrial Fields.
In The Steel Metallurgy Industry, It Is The Core Component Of The Rolling Mill Transmission System. During The Operation Of The Rolling Mill, The Rolling Rolls May Experience Slight Displacement Due To Stress. The Universal Joint Can Compensate For Radial And Angular Deviations, Ensuring Stable Transmission Of Motor Power To The Rolling Rolls For Use In Steel Plate And Section Steel Rolling Production Lines.
In The Heavy Machinery Manufacturing Industry, The Slewing Mechanism And Walking System Of Equipment Such As Excavators And Cranes Are Commonly Connected To Power Sources And Working Devices. For Example, The Boom And Rotating Platform Of An Excavator Need To Transmit Large Torque In Multi Angle Motion, And The Universal Joint Can Adapt To Complex Working Conditions.
In The Field Of Rail Transit, Universal Shaft Couplings Are Commonly Used Between The Bogies And Drive Motors Of Subways And Light Rails. When The Vehicle Is In Motion, The Impact Between The Wheels And The Track Can Cause The Shaft System To Shift, Which Can Buffer Vibrations, Ensure Power Transmission, And Guarantee Smooth Driving.
In The Shipbuilding Industry, There Are Installation Deviations And Displacement Generated During The Operation Of The Transmission Shaft System Between The Ship's Main Engine And Propeller. Universal Joint Can Compensate For These Deviations And Play A Key Role In The Power Transmission Of Ocean Going Cargo Ships And Special Vessels.
In Addition, Universal Shaft Couplings Have Become Important Transmission Components In Paper Machinery Such As Calenders And Paper Winding Machines, Drilling Equipment And Pump Transmission Systems In Petrochemicals, As Well As Crushers And Conveyors In Mining Machinery, Due To Their Ability To Adapt To Harsh Working Conditions And Complex Shaft Layouts.
Its Diverse Structural Forms (such As Cross Axis, Ball Cage, Etc.) Can Meet The Torque, Speed, And Installation Space Requirements Of Different Industries, Making It A Key Connecting Component For Industrial Power Transmission.
