Red Hot Steel Blade Forging Process || Satisfying Hot Forging

thick steel billet is heated in a furnace until it becomes red hot, making the metal soft and workable. The heated steel is then placed on an anvil or forging die and shaped using heavy pressure or hammering. During forging, the blade profile and cutting edge are formed while maintaining proper thickness. After shaping, the blade is allowed to cool slightly and then goes through heat treatment to improve hardness and
strength. Finally, the blade is trimmed, ground, and polished to achieve a sharp cutting edge and smooth finish

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This video shows the hot forging process using a hydraulic press. In this process, a steel billet is heated to a high temperature until it becomes red hot. The hot metal is then placed under a powerful hydraulic press, where high pressure is applied to shape it into the required form. Hot forging improves the strength, durability, and internal structure of the metal, making it ideal for heavy-duty industrial parts. This process is widely used in the manufacturing of gears, shafts, flanges, and machine components

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In this process, glass is heated using a gas torch flame until it becomes soft and molten. The craftsman carefully shapes the hot glass by rotating, pulling, and bending it while controlling the heat. Decorative textures and flowing shapes are formed while the glass is still hot. Once the desired shape is achieved, the glass piece is slowly cooled (annealed) to prevent cracks and improve strength. This process is commonly used to make decorative glass art, ornaments, and artistic glass products