by ep | Jul 30, 2026 | Flange Coupling Guides
Torsional analysis is the engineering process of calculating the torsional natural frequencies of a rotating drivetrain and determining whether any of them fall in the operating speed range at excitation amplitudes that could cause fatigue failure. For most standard...
by ep | Jul 13, 2026 | Flange Coupling Guides
The chain coupling is one of the oldest flexible coupling designs still in widespread industrial use ¡ª for good reason. Its ability to transmit high torque from a compact, robust assembly, and its tolerance of moderate misalignment, make it the coupling of choice for...
by ep | Jul 13, 2026 | Flange Coupling Guides
The service factor is the single most important number in coupling selection ¡ª more important than the nominal torque, more important than the bore diameter, and more important than the coupling type. It is the multiplier that translates the calculated running torque...
by ep | Jul 13, 2026 | Flange Coupling Guides
A universal coupling — also called a universal joint, Cardan coupling, or U-joint — solves a problem that standard rigid and flexible couplings cannot: power transmission between two shafts that are significantly angled relative to each other, with angular...
by ep | Jul 13, 2026 | Flange Coupling Guides
The disc coupling occupies a specific and important niche in the coupling world: it is the premium choice where zero backlash and maintenance-free operation must coexist in the same product. Elastomeric couplings provide maintenance simplicity but have inherent...
by ep | Jul 13, 2026 | Flange Coupling Guides
The jaw coupling — also known as a spider coupling or claw coupling — is the most widely used elastomeric coupling type in Australian industrial maintenance. Its simplicity is its greatest advantage: two hubs with interlocking jaw projections and an elastomeric spider...
