Snake Spring CouplingIt Is A Highly Elastic Transmission Component, With A Core Structure Consisting Of Two Toothed Half Couplings, A Serpentine Spring (made Of Alloy Steel), And A Housing. The Inner Ring Of The Half Coupling Is Processed With Trapezoidal Tooth Grooves, And The Snake Shaped Spring Is Embedded In The Tooth Grooves On Both Sides To Form Meshing. The Outer Shell Seals The Spring And Stores Lubricating Grease To Prevent Dust From Entering.

Its Working Principle Is To Transmit Torque Through The Bending Deformation Of The Spring, Which Can Compensate For Axial (≤ 10mm), Radial (≤ 0.5mm), And Angular (≤ 1.5 °) Deviations. Its Shock Absorption Effect Is Better Than That Of Elastic Column Pin Couplings, And It Can Absorb More Than 50% Of Vibration Impact. The Transmission Torque Range Is Wide (100~1000000N · M), And The Allowable Speed Can Reach 5000r/min. It Is Suitable For Heavy-duty Equipment Such As Motors, Crushers, And Rolling Mills.

The Advantage Lies In The Use Of 60Si2MnA Alloy Spring Steel For The Spring, Which Has Excellent Fatigue Resistance And A Lifespan Of Over 10000 Hours; During Disassembly And Assembly, There Is No Need To Move The Shaft System, Making Maintenance Convenient. But It Is Necessary To Regularly Replenish Lubricating Grease To Avoid Spring Corrosion. The Working Temperature Range Is -30 ℃~120 ℃, And It Is Not Suitable For Corrosive Environments. The Precise Engagement Between The Tooth Groove And The Spring During Installation Is A Reliable Choice For High Load And Strong Vibration Conditions.

Expansion Sleeve Diaphragm Coupling

TAR Series Diaphragm Coupling

TAL Series Diaphragm Coupling

TAHP Membrane Disc Coupling