Hot Forging Parts-1
Advantages of hot forging parts
★ Hot forging is a metalworking process that shapes metal workpieces into desired forms by applying compressive forces after heating the metal above a specific temperature. At this high temperature, metal loses most of its brittleness and gains exceptional ductility, allowing it to be deformed extensively without cracking, thereby producing parts that are stronger, tougher, and more reliable. The compressive force of forging squeezes out flaws like porosity (air bubbles), shrinkage cavities, and impurities common in casting. This creates near-full-density parts, which is critical for high-pressure or safety-critical uses (e.g., hydraulic valves, automotive crankshafts).
★ Compare with machining, hot forging shapes metal parts with minimal waste. This is especially cost-effective for expensive metals (e.g., titanium, stainless steel). Besides, many forged parts are near-net-shape, and only require minor machining (e.g., grinding, drilling), which directly reduces machining cost.
★ Hot forging can form parts with intricate features (e.g., ribs, holes, irregular contours) that are difficult or costly to manufacture via casting or machining—such as turbine blades for power plants and industrial brackets.
Because of these advantages, the die forging process has been widely used in the automotive, aerospace, machinery manufacturing, ordnance and other fields, and has become an important process method for producing high - strength and high - precision components.
What material we can forge?
Brass, Stainless steel, Steel, Carbon Steel, Aluminium
Our common used material grades:
specification
Our forging capability:
| Diameter | Maximum 300mm |
| Weight | Precision die forging Maximum 10KG (Free die forging maximium 100KG) |
| Tolerance | ISO8062 CT6 |
Application Fields of forging parts
Automotive Industry - This is one of the most extensive application fields of die forgings. Many key load-bearing components in automobiles rely on die forging processes, such as: Connecting rods, crankshafts, Gears, drive shafts.
Aerospace Industry - Aerospace industry has extremely high requirements for component performance, and die forgings occupy an important position due to their excellent comprehensive performance: Core components such as turbine disks, blades, and casings in aircraft engines, connecting frames, engine nozzles, fuel tank connectors, etc.
General mechanical parts - Die forgings are indispensable components in various general machinery and special machinery:
1)Bucket links, booms, hydraulic supports, etc., of construction machinery (such as excavators, loaders). They need to withstand huge working loads, and the high strength and wear resistance of die forgings make them ideal choices.
2)Key parts such as spindles, gears, and clutches in machine tools. Die forging can ensure their accuracy and service life, improving the processing performance of machine tools.
3)Plowshares, gearbox parts, etc., in agricultural machinery. Die forgings can adapt to the complex environment and high-intensity work of field operations.
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