S50C-CSP** form: plate, rod, tube, steel strip, wire, forging, forging pipe, forging plate, forging bar, round bar, plate, sheet, seamless pipe, welded pipe, round bar, wire, steel plate, disc round, strip.
S50C-CSP is a commonly used spring steel with good mechanical properties and high wear resistance. It is widely used in industrial manufacturing in the fields of elastic components, springs, knives and other fields.
1. Overview of S50C-CSP.
S50C-CSP, is a carbon content of 047-0.53% medium carbon steel, with high strength and wear resistance. It belongs to cold-rolled hardened quenched steel, which can obtain good elasticity and hardness after proper cold-rolling, annealing, and quenching treatment.
2. Introduction to the parameter data of S50C-CSP.
1.Chemical Composition:
Carbon content (c): 047-0.53%
Silicon content (Si): 015-0.35%
Manganese content (mn): 060-0.90%
Sulphur content(s): 0035%
Phosphorus content (p): 0035%
2.Mechanical Properties:
Tensile strength (b): 630 MPa
Yield strength (s): 370 MPa
Elongation (δ) 14%.
Impact power (AKV): 27 J
3.Heat treatment hardening properties:
Hardness (HRC): 48-52
Annealing hardness (hrb): 93
3. Detailed knowledge introduction of S50C-CSP.
1.Physical Properties:
Density: 785 g/cm^3
Thermal conductivity: 466 w/(m·℃)
Coefficient of linear expansion: 11-13 10-6
2.Welding Performance:
It has good weldability and is suitable for common welding methods, such as arc welding, gas welding, etc.
3.Processability:
S50C-CSP has good machinability and is suitable for various hot and cold processing processes.
The cold rolling performance is excellent, and high strength and hardness can be obtained through the appropriate cold rolling process.
4.Applications:
S50C-CSP is widely used in the electronic industry, machinery manufacturing and other fields.
Common applications include springs, elastic elements, stamping dies, and more.
This article introduces the parameter data and related knowledge of S50C-CSP in detail, including chemical composition, mechanical properties, heat treatment hardening properties, physical properties, welding properties, processing properties and application fields. By understanding this information, readers can better understand and apply the S50C-CSP.