Forgings, forged bars, forged flat bars, and die forgings:
Forged bars and forgings are produced by forging under a hammer, in dies, or with a press of heated steel at a suitable temperature. Shape is produced by hitting or pressing of the anvil. The fushun’s range of forged products includes:
- Forged bars, forgings and shafts of carbon, machine, structural, non-alloy steel
- Forged bars, forgings of manganese, spring and abrasion resistant steel
- Forged bars, forgings of high grade austenitic steel
- Forged bars, forgings and shafts from alloy steel for heat treatment
- Forged rods and forging made from SilChrom – SiCr valve steel
- Forged bars and forgings from special and quality steels for general technical applications
- Forged bars and forgings, heat-resistant and hot-forged, for work in high temperatures
- Forged and forgings for carburizing, nitriding and cyanidizing
- Forged bars and forgings for curing and surface hardening
- Forged bars and forgings from tool steel for hot and cold work
- Forged and forgings bars, stainless and acid-resistant
- Forged and titanium forgings made from titanium alloys
- Forged bars and forgings made from duplex stainless two-phase steel
- Forged bars, forgings and shafts for thermal improvement without nickel and molybdenum
- Ferritic, martensitic and austenitic forged bars and forgings
- Forged bars, forgings made from alloy spring steel
- Forged bars, forgings and shafts made of high-alloyed steel
- Forged bars and forgings for work in elevated and high temperatures
- Forged bars and forgings made from nickel steel for use in low temperatures
- Forged bars, forgings and shafts for pressure equipment
- Forged bars and forgings made of precipitation hardened steel with microdadditives
- Forged bars and forgings made from bearing steel for elements of rolling bearings
- Forged bars and forging made from high-speed steel
- Forged bars and forgings for heat-chemical treatment
Forgings, shafts, bars and other forged goods for individual applications as components and subassemblies in various industries:
- Forgings of regular cross-section, round, square, rectangular and even hexagonal
- Forgings of multiflanged shafts, thrust shafts, countershafts
- Forgings of
symmetrically weaned shafts - Forgings for heavy-duty toothed gears, sprockets, and piston pins
- Forgings for springs for motor vehicles
- Forging for crankshafts, for pipes connectors
- Forgings of eccentric shafts
- Forgings of drive shafts of machinery and camshafts
- Forgings for turbine blades, shafts for turbines and turbogenerators
- Forgings for screws, turbine rotors, boilers parts,
- Forgings for crankshaft main bearing journals
- Forgings for ship’s steering parts
- Forgings for clamping screws, locomotive axles, block headers for railway industry
- Forgings for railway and wagon axles, wagon pull rods
- Forged rolls, heat-treated for cold rolling
- Forgings for pins, for the part of aviation equipment
- Forgings for parts for equipment for astronautics
- Forgings for die inserts, cutting boards, hot cutting knives
- Forged bars and forgings for special drills, supporting rolls
The table provides a simple list of nomenclature for individual products manufactured by forging:
| Forgings, bars, shafts and other forged goods | ||
| Forgings according to the technical drawing | Annealed condition (+A) | Mass of forgings max. 300 Tons |
| Forged round bars, forged flat bars, forged square bars, forged hexagonal bars | ||
| Forged round, flat, square bars on swaging machine | ||
| Forged flat bars | Normalized condition (+N) Normalized and tempered (+NT) | |
| Forged disk | ||
| Disks with pierced opening | ||
| Forged cubes | ||
| Forged plates and blocks | ||
| Shaft forgings | Quenched and tempered (+QT) | |
| Shaped forgings | ||
| Forgings with offsettings | ||
| Beater forgings | ||
| Open-die Forgings | ||
| Forged rings, forged and rolled, and becked | ||
| Sleeves forged on the spindle | ||
| Forged sleeves with offsettings | ||
| Bored and becked sleeves | ||
| Closed-die forgings | ||
The products described above are determined by:
– Euronorms – EN 10250-1, EN 10250-2, EN 10250-3, EN 10250-4, EN 10222-1, EN 10222-2, EN 10222-3, EN 10222-4, EN 10222-5
