Hot forging is a manufacturing process that involves shaping metal by applying heat and pressure to a workpiece. This process has been used for centuries to create high-quality, strong and repetitive parts.
Small precision brass connectors have taken the electronics industry by storm, and for good reason. These connectors, used to join electronic circuits, are a crucial component in electronic devices, and their precision and durability are unmatched.
Metal passivation is a method of controlling corrosion in which an acid solution dissolves/corrodes the free iron present on the surface in a uniform and orderly manner. If not handled properly, a phenomenon called "blitz" can occur, resulting in uncontrolled corrosion that darkens and visibly etches the metal surface. So how to prevent this kind of failure from happening?
As a precision turning parts supplier, HLR is equipped with precision CNC equipment, including CNC machining center, turning milling machining center, fastCNC lathe.
Compared with castings, metal forging can improve the structure and mechanical properties. Casting organization after forging method of thermal deformation due to metal deformation and recrystallization, make original bulky dendrite and columnar grain to grain is fine and uniform axial recrystallization organization, make the ingot in the original segregation, porosity, porosity, slag compaction and welded, such as its organization become more closely, plasticity and mechanical properties of the metal.
Forging can be divided into hot forging, warm forging and cold forging according to the forging temperature of billet during processing. The initial recrystallization temperature of steel is about 727℃, but 800℃is generally used as the dividing line, and above 800℃is hot forging. Between 300℃and 800℃is called warm forging or semi-hot forging, forging at room temperature is called cold forging.
