TAHP Membrane Disc CouplingIt Is A High-performance Coupling That Excels In The Field Of Industrial Transmission And Is Widely Used In Various Equipment And Systems That Require Strict Transmission Accuracy, Stability, And Reliability.

From A Structural Perspective, Its Core Component, The Membrane Disk, Is Usually Made Of High-strength Stainless Steel Sheet, Commonly In The Shape Of Hexagonal, Octagonal, Or Integral. Multiple Sets Of Membrane Discs Are Connected Between The Two Halves Of The Coupling Through High-strength Bolts, And Each Set Of Membrane Discs Is Composed Of Multiple Thin Plates Stacked Together. This Unique Structure Enables The Membrane Disc To Effectively Compensate For Axial, Radial, And Angular Displacement Deviations Between The Two Axes Through Its Own Elastic Deformation While Transmitting Torque. The Half Body Of The Coupling Is Generally Made Of High-quality Steel Or High-strength Metal Materials Such As Aluminum Alloy, Which Have High Rigidity And Strength, And Can Withstand Large Torque And Centrifugal Force. The Connection Between The Half Body And The Membrane Disk Is Precision Machined To Ensure The Accuracy And Reliability Of The Connection, Ensuring Efficient Transmission Of Torque From The Driving Shaft To The Driven Shaft. In Addition, The Clamping Bolts Are Usually Made Of High-strength Stainless Steel Material, Which Is Used To Firmly Clamp The Diaphragm Between The Two Halves. The Tightening Torque Is Strictly Calculated And Controlled To Prevent Loosening During High-speed Operation, Thereby Ensuring The Performance And Operational Safety Of The Coupling.

TAHP Membrane Disc Coupling Has Significant Performance Advantages. It Has High Rigidity And Excellent High-speed Adaptability, Capable Of Accurately Transmitting Torque, With A Transmission Efficiency Of Over 99.86%, And Almost No Slip During Operation, Especially Suitable For Medium To High Speed And High-power Transmission Scenarios. This Coupling Has The Characteristic Of Zero Rotational Clearance, Which Can Effectively Protect The Shaft And Other Rotating Components And Reduce Operational Wear. It Has A Wide Temperature Resistance Range And Can Work Normally In Extreme Temperature Environments Ranging From -80 ℃ To+300 ℃. At The Same Time, It Has Good Corrosion Resistance And Can Easily Cope With Various Harsh Working Conditions Without Lubrication And Basic Maintenance. In Practical Applications, TAHP Membrane Disc Couplings Are Commonly Used In Precision Mechanical Equipment Such As Machine Tools, Centrifuges, And Power Testing Equipment That Require Extremely High Transmission Accuracy And Stability, As Well As Industrial Equipment Such As Steam Turbines And Compressors That Operate At High Speeds And High Power, Providing Reliable Guarantees For The Stable And Efficient Operation Of These Equipment.

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