After the steel billet emerges from the heating furnace, the oxide scale formed on its surface rapidly cools, resulting in a network of cracks. This is the root cause of cracks and defects that occur in forgings after they are formed. From a chemical perspective, the high temperature of the steel billet’s surface reacts with oxygen in the air, forming oxides.
Metal descaling machines, which utilize high-pressure water to remove phosphorus, can quickly remove the oxide scale. Furthermore, forging ensures the continuity of the metal’s fiber structure, ensuring that the forging’s fiber structure is consistent with the forging’s shape and that the metal’s flow lines are intact, guaranteeing excellent mechanical properties and a long service life. Forgings produced using processes such as precision die forging, cold extrusion, and warm extrusion offer advantages unmatched by castings.
High Strength Regular Descaling Machine Features
Improves forging surface quality;
Saved labor, increased efficiency;
Reduced die wear;
Reduces raw material consumption;
Reduces subsequent machining workload;
Improves product competitiveness.
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