According to customer requirements, it can be made of 45#, 40Cr, 30CrMo, 35CrMo, 42CrMo, 18CrNiMo7-6 and other materials. According to different weights, it can be forged on different forging equipment units. The weight of forged products can reach 6kg-500kg, Forging needs to be completed through heating, pre-forging, forming, trimming and other processes.
The design of forged steel and the abrasive tools for its production require initial costs. However, the cost of each part is low, so reducing the cost of punching and forging large steel parts can be realized.
In the process of punching and forging, when the grain structure inside the metal is deformed, the grain deformation process spreads over the entire metal part, and the forged part can be molded into the designed pattern. Therefore, the ductility of forged steel can be improved. The ductility and weight ratio of forged steel are at least 20% higher than that of carbon steel.
The difference between forged steel and cast steel is mainly reflected in the difference of steel processing technology (forging and casting). Forging is a plastic deformation process, while casting is a liquid forming process.
Forged steel refers to various forged materials and forgings produced by forging methods. The plasticity, toughness and other mechanical properties of forged steel parts are higher than those of steel castings, and they can withstand greater impact. Therefore, some important machine parts are forged steel parts.
Cast steel refers to a kind of steel casting produced by casting method, which is a kind of casting alloy. Cast steel can be divided into three categories: cast carbon steel, cast low alloy steel and cast special steel. Cast steel is mainly used to manufacture some parts with complex shape, which are difficult to be forged or machined and require high strength and plasticity.
Customers in any industry using forgings can request a quote for any quantity of forgings, from one prototype at a time and small batches to high volume production.
