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Steel balls are, of course, metal components! They are precision-machined from steel, essentially miniature metal spheres.

The most striking feature of a steel ball is its perfect roundness, like an ideal sphere drawn with a compass in three-dimensional space.

The secret to steel ball hardness lies in the dance of carbon and iron atoms: As the carbon content increases from 0.2% to 0.8%, the hardness increases in a stepwise manner.

If steel balls are not stored properly and are exposed to air for extended periods, especially in humid environments, they will rust within a few days.

These couplings, resembling car tires, are actually excellent vibration dampers for mechanical equipment.

Couplings are widely used in machinery manufacturing, automotive industry, power industry, mining equipment, and other fields, for applications such as transmission conveyors, pumps, generators, and v

The fit between a coupling and a shaft is like wearing shoes—too tight and your foot will hurt; too loose and they'll fall off.

Before installing the fully closed-loop coupling, ensure all tools and materials are complete.

Rigid couplings are simple connection devices, mainly used in applications where two shafts must be precisely aligned.

Couplings are like matchmakers in the mechanical world, bringing together two rotating shafts.

For high-speed (>3000 rpm), diaphragm couplings are preferred, with a dynamic balance rating of G2.5; for low-speed, flexible pin or gear couplings are suitable.

In industrial automation equipment, couplings commonly used to connect motors and fans are mainly divided into two categories.