SWC-WH Non Expansion Welded CouplingAs An Important Member Of The Industrial Power Transmission System, It Plays A Crucial Role In Many Heavy Machinery Fields With Its Unique Advantages.

In Terms Of Structural Design, It Adopts An Integral Fork Head Layout, With The Main Components Including Fork Heads, Cross Shafts, And Bearings. The Fork Head Is Forged From High-strength Alloy Steel And Has Excellent Strength And Toughness After Precision Machining, Which Is Sufficient To Cope With Heavy Load Conditions. The Cross Shaft Is Connected To The Fork Head Through High-precision Bearings, Forming A Flexible Rotating Cross Structure. This Structure Allows For A Large Angle Between The Two Axes. Generally Speaking, The Axis Angle Of The SWC-WH Type Can Reach 15 ° -25 °, Which Can Adapt Well To The Spatial Position Changes Of Different Axes. It Is Worth Noting That This Coupling Has No Telescopic Structure And A Fixed Shaft Length, Making It Suitable For Working Environments With Low Requirements For Axial Displacement But High Demands For Angle Compensation.

From A Performance Perspective, The SWC-WH Non Expansion Welded Coupling Performs Excellently. Its Transmission Efficiency Is Quite High, Usually Reaching 98% -99.8%, Which Can Stably And Efficiently Transmit Power. When Used For High-power Transmission, The Energy-saving Effect Is Significant. The Ability To Carry Torque Is Also Very Strong. Compared With Other Types Of Couplings With The Same Rotation Diameter, It Can Transmit Greater Torque, And Has Outstanding Advantages In The Matching Of Mechanical Equipment With Limited Rotation Diameter. The Working Speed Is Moderate And Meets The Operational Requirements Of Most Industrial Equipment. In Daily Use, It Is Necessary To Regularly Add Lubricating Grease To Bearings And Other Parts To Reduce Wear. The Working Temperature Range Is Generally Between -20 ℃ And 100 ℃, And It Has A Certain Impact Resistance.

In Terms Of Application Scenarios, It Is Widely Used In Metallurgical Machinery, Such As Steel Rolling Equipment, Which Cannot Operate Stably Under Complex Working Conditions Without It; In The Field Of Petroleum Machinery, It Can Ensure The Reliability Of Power Transmission; It Is Also Commonly Seen In Heavy Machinery Industries Such As Papermaking Machinery, Engineering Machinery, And Lifting And Transportation Machinery. With Its High Load-bearing Capacity And Excellent Angle Compensation Ability, It Provides Solid Guarantees For The Efficient Operation Of Various Equipment.

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