100-Ton Hydraulic Press vs Red-Hot Steel Spring (1000°C) - Video

A red-hot steel spring heated to around 900–1000°C glows bright orange as it rests on a heavy steel base plate inside an industrial workshop. Captured in a macro close-up, the 100-ton hydraulic press descends steadily with controlled force.

At first contact, the glow dulls slightly as pressure begins to build. The spring starts to compress coil by coil, with each loop bending inward and losing its original shape. As force increases, the structure undergoes progressive collapse, showing smooth plastic deformation and controlled metal flow.

During the mid-phase, the coils fold, merge, and compact, creating layered metal deformation. The process remains steady and continuous, with no sudden breaks—just realistic hot forging behavior.

By the final stage, the spring is transformed into a dense, flattened mass, demonstrating how extreme heat and pressure reshape complex metal structures.
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