Large Scale Forging Piece
WHAT IS FORGING?
Forging is the process of heating, deforming and finishing a piece of metal. Forgings are made by forcing materials into customized shapes either by the force of a falling ram upon an anvil or by a die press enclosing a piece of metal and squeeze-forming the part. Due to the realigning of the grains of metal when heated and deformed, forgings can withstand extreme pressure and maintain structural integrity under stress. Once produced, forgings have a broad range of uses across a variety of industries ranging from heavy trucks, medical supplies, automotive parts, to aerospace. The industries we serve can be found here.
The forging process creates parts that are stronger than those manufactured by any other metalworking process. Forging takes advantage of the metal’s natural grain flow, shaping the grain flow to conform to the contours of each part’s unique geometry. This grain flow contouring is lost when cutting through the grain by machining it and is also lost when casting parts. Forging offers a single piece versus a welded unit, as the weld quality can be hard to replicate without additional inspection.
Forgings can be nearly any shape, which reduces the need for joining multiple pieces. Reducing the joint can improve the overall strength of the unit as the forging does not need to be welded or otherwise fastened together.
Shafts, barrels, tubes, pipes, plates, blocks, modules, wheels, syringes, rings, cylinder blocks, support seats, pressure vessel forgings, stainless steel forgings, large flanges and other forgings
Thirty years of forging, processing of forgings within 50ton as drawings.
forging material series: carbon steel, alloy steel, stainless steel, mold steel, tool steel, spring steel, etc.
OD/Width size: 100--6000mm
Thickness: 50--200mm max.
Length: 5000mm max.
Application: Electric power, ships, cranes, petroleum, chemical, heavy industry, mining, metallurgy, hydraulics, coking, trains, construction machinery