Related types of forgings
Related types of forgings
Aircraft forgings: Approximately 85% of aircraft components by weight are forgings. Turbine disks, rear journals (hollow shafts), blades, wing beams, fuselage ribs, wheel brackets and landing gear inner and outer barrels are all important forgings related to aircraft safety. Aircraft forgings are made from high strength, wear and corrosion resistant aluminium alloys, titanium alloys, nickel based alloys and a number of other precious metal materials that can be made by companies. In order to save construction materials and energy, aircraft forgings are mostly produced using die forging or multi-directional die forging presses. By weight, 71.9% of forgings are used in the automotive market. Automotive general-purpose forgings consist of 15 parts such as body, box, engine, front axle, rear axle, frame, gearbox, drive shaft and steering system, which have the characteristics of complex shape, light weight and poor working conditions. High safety requirements. Examples include the crankshaft, connecting rods, the camshaft used in the car engine, the front beam required for the front axle, the steering knuckle, the half-shaft used for the rear axle, the half-shaft bushings, the transmission gear in the axlebox, etc. There are no safety critical forgings associated with the safe operation of the vehicle.
Diesel engines: A diesel engine is a power machine, often used as an engine. In the case of large diesel engines, forgings used include cylinder heads, main journals, crankshaft end flange output shafts, connecting rods, piston rods, piston heads, crosshead pins, crankshaft drive gears, ring gears, intermediate gears and dyed oil pump bodies.
Marine forgings: Marine forgings are divided into three categories: host forgings, shaft forgings and rudder forgings. The main engine uses forgings and diesel engine forgings with the same. Forgings include thrust shaft, intermediate shaft, stern shaft, etc. Rudder forgings technology includes rudder rod, rudder column, rudder pin, etc.
Petrochemical forgings: forgings are widely used in petrochemical equipment. Such as spherical storage tanks different manholes, flanges, heat exchanger development required for a variety of pipe plates, welded connection flanges for catalytic cracking reactor full forging cylinder (pressure management vessel), hydrogenation reactor can use the cylinder section, top cover, fertilizer production equipment companies need the bottom cover, sealing head are forgings.
Mining forgings: the proportion of forgings in mining equipment is 12-24% of the weight of the equipment. Mining equipment: mining equipment, lifting equipment, crushing equipment, grinding equipment, washing equipment, sintering equipment.
Nuclear power forgings: nuclear power is divided into nuclear power plants and nuclear power stations. Nuclear power plant large forgings can be mainly divided into pressure shell and in-rear components. The pressure shell includes:cylinder flange, nozzle section, nozzle section, upper cylinder, lower cylinder, cylinder transition section, bolts, etc. Reactor internal control components in high temperature, high pressure, strong neutrons and irradiation, boric acid water corrosion, corrosion and hydro-mechanical vibration and other harsh environmental conditions for work, so should be selected 18-8 austenitic stainless steel.
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