AISI 1020 Low Carbon Steel with High Quality (SAE1020)
|FOB Price:||US $500-5,000 / Ton|
|Min. Order:||1 Ton|
|Min. Order||FOB Price|
|1 Ton||US $500-5,000/ Ton|
|Production Capacity:||500tons Per Month|
|Transport Package:||Apply The Shipping Packing|
|Payment Terms:||L/C, T/T, D/P|
- Model NO.: 1020
- Standard: ASTM
- Composition: Ferrous Steel Scrap
- Shape: Round, Square, Flat
- Special Use: Mold Steel
- Similar Grades: DIN 1.0402, Uns G10200, SAE1020
- Quality Standard: ASTM-A29
- Surface Condition: Black, Grinded, Peeled, Polished
- Specification: UNS G10200 SAE 1020
- HS Code: 7228600000
- Type: Carbon Steel Bar
- Steel Grade: High Quality Steel
- Technique: Forged
- Surface Treatment: Black, Grinded, Peeled, Polished, Rough Turned
- Application: Structural Steel Bar
- Size Range: Diameter: 20-480mm
- Delivery Condition: Annealed, Qunched and Tempered
- Trademark: CHENGQUAN
- Origin: Hubei, Huangshi
UNS G10200, SAE1020, DIN 1.0402
Annealed, Qunched and Tempered
Black, Grinded, Peeled, Polished
Packaging & Delivery
Packing details: In seaworthy packing, as your requirement.
Delivery details: within 30-50 days
2 Immediate delivery
AISI 1020 steel is heated at 870°C - 910°C followed by holding for certain time until the temperature remains constant all over the section. It is then cooled in a furnace.
AISI 1020 is heated to between 880°C - 920°C in a suitable carburizing atmosphere followed by holding for sufficient amount of time to produce the needed carbon content and case depth. After this, refining/hardening and tempering processes are carried out to optimize the core and case properties.
AISI 1020 steel is slowly cooled and re-heated at 870°C - 900°C followed by holding until the temperature remains constant all over the section and quenching in water, oil or brine.
After performing the core refining process, it is re-heated to 760°C - 780°C followed by holding until the temperature is consistent all over the section. It is then quenched in water.
AISI 1020 steel is re-heated at 150°C - 200°C followed by holding for certain time until the temperature remains constant throughout the section. It is soaked for 1 hour per 25 mm of section and then cooled under normal atmosphere. By performing the tempering process, the toughness of the case will be improved and grinding cracks will be reduced.
AISI 1020 steel is heated at 890°C - 940°C followed by holding until the temperature remains constant throughout the section. It is soaked for 10 - 15 minutes and then cooled in still air.
AISI 1020 steel is heated to 650°C - 700°C followed by holding until the temperature remains constant all over the section and soaking for 1 hour per 25 mm of section. It is then cooled in still air.
In the cold drawn or turned and polished condition, AISI 1020 steel has high machinability. As per recommendations of machine manufacturers, AISI 1020 steel can be used for drilling, turning, milling and tapping operations using suitable feeds, tool type and speeds.
AISI 1020 can be welded by performing the most common welding processes. In the cold drawn or turned and polished condition, it has better weldability. It has been suggested that the welding process should not be performed in heat treated or carburized condition.
AISI 1020 is a low hardenability and low tensile carbon steel with Brinell hardness of 119 - 235 and tensile strength of 410-790 MPa. It has high machinability, high strength, high ductility and good weldability. It is normally used in turned and polished or cold drawn condition. Due to its low carbon content, it is resistant to induction hardening or flame hardening. Due to lack of alloying elements, it will not respond to nitriding. However, carburization is possible in order to obtain case hardness more than Rc65 for smaller sections that reduces with an increase in section size. Core strength will remain as it has been supplied for all the sections. Alternatively, carbon nitriding can be performed, offering certain benefits over standard carburizing.
AISI 1020 steel can be largely utilized in all industrial sectors in order to enhance weldability or machinability properties. It is used in a variety of applications due to its cold drawn or turned and polished finish property.