Carbon steel is an iron-carbon alloy with a carbon content of 0.0218% to 2.11% called carbon steel for casting. It also usually contains small amounts of silicon, sulfur, manganese, and phosphorus. The greater the carbon content, the greater the toughness. Carbon steel is amongst one major material on the globe of 1020 carbon steel casting.

CARBON STEEL-GRADES

There are three kinds of carbon steel casting based upon the composition of carbon content. They are low carbon steel, medium carbon steel, High carbon steel. Various grades and procedures are used for commercial tasks. Such as machine-building, heavy manufacturing, auto components, and air travel and rail jobs.

Carbon Steel Casting

Both mid carbon and low carbon steel are used for investment casting. Mild carbon steel supplies great ductility, toughness, and use resistance. It can be set and hardened with hot treatment. Low carbon steel is conveniently shaped but can not be enhanced by heat treating. As an alternative, carburizing can be used to raise the alloy’s surface firmness.

Low Carbon Steel Casting

Low carbon steel consists of a reduced level of carbon content. Low Carbon steel casting is generally used for automobile and construction applications.

Mild Carbon Steel Casting

Medium carbon steel has tool degrees of carbon material and is known for its wear resistance. It is more difficult than low-carbon steel and able to be reinforced by using heat therapy. Mid carbon steel casting alloys are used for armed forces and defense applications. Including engine parts, combinings, crankshafts, aircraft tubing, and guns.

Carbon Steel Casting Benefits

•For the low product price and a selection of material qualities, carbon steel casting is used.
•Wide applications in different markets.
•As a result of its ferromagnetic buildings, especially useful for electric motors and electrical devices.
•Carbon steel is sturdy and safe and has a high degree of architectural stability.

Carbon Steel Casting Process

Like alloy steel casting, carbon steel casting can be generated in 2 types of different casting processes: Silica Sol Casting and Water Glass Casting.

Silica Sol Casting: Lost wax casting method for carbon steel casting. This casting procedure can manage carbon steel castings within resistance. The surface finish will be much better. The only consideration of choosing this process is its high production cost. This is the best option if you have high needs for your carbon steel castings.

Water Glass Casting: This kind of casting process can make carbon steel castings with resistance. Most carbon steel castings use a water glass casting procedure for their affordability.