STKM13C is a carbon steel known for its strength and flexibility, making it ideal for a wide range of industrial applications. It offers excellent weldability, allowing it to be easily shaped through bending, forming, and welding without compromising structural integrity. This makes it a reliable choice in industries such as automotive, construction, and machinery.
Table of contents
- STKM13C Chemical composition
- CNS STKM13C Mechanical Properties
- STKM13C Steel Physical properties
- STKM13C equivalent material
- Heat Treatment of JIS G3445 STKM13C
- Creep strain limit of CNS STKM13C
- Operating Temperature of STKM13C Material
- STKM13C Steel Grade Hardness
- JIS STKM13C Application
- Range of products of JIS G3445 STKM13C
- JIS STKM13C Manufacturing process
- Delivery condition of JIS G3445 Grade STKM13C
- Tolerance on Outside Diameter of STKM 13C material
- Tolerance on Thickness of CNS STKM13C
- STKM 13C Steel process performance
- Features of JIS STKM13C
STKM13C Chemical Composition
JIS G3445 Grade STKM13C Tubes are easy to form and shape, Check Mechanical Properties
STKM13C tubes are highly formable and suitable for bending, welding, and shaping into complex designs without losing their strength. This ease of fabrication reduces labor costs and allows for precise manufacturing, which is essential for engineers working on intricate projects.
The tensile strength of STKM13C is 539 MPa (≥), indicating that the material can withstand significant pulling forces without breaking. This makes it ideal for structural applications where high load resistance is required.
Its yield strength is 488 MPa (≥), meaning it can endure heavy loads without permanent deformation. This property is particularly useful in automotive, construction, and mechanical engineering sectors where durability and stability are critical.
CNS STKM13C Mechanical Properties
Tensile Stress
Rm (MPa) |
Yield Stress
Rp0.2 (MPa) |
Elongation
A (%) |
Impact
KV/Ku (J) |
| 539 (≥) |
488 (≥) |
21 |
22 |
STKM13C Steel Physical Properties
Temperature
(°C) |
Modulus of elasticity
(GPa) |
Thermal conductivity
(W/m·°C) |
Specific thermal capacity
(J/kg·°C) |
| 364 |
979 |
31.3 |
142 |
STKM13C Equivalent Materials
- GB/T 8713 GB/T 3639 20#
- ASTM A519 Grade 1020
- EN 10305-1 E355+SR
- ISO 683-1 C20E4
- DIN 2391 ST52 BK+S
CNS STKM13C used for machinery and automobiles, Refer Heat Treatment
STKM13C is widely used in machinery and automobile components due to its strength and corrosion resistance. In machinery, it provides reliable support under heavy loads, while in vehicles, it ensures durability and safety under varying conditions.
Heat Treatment of JIS G3445 STKM13C
| Heat Treatment |
1491°C – 1554°C |
Creep Strain Limit of CNS STKM13C
Creep Strain Limit (10000h)
(Rp1,0)N/mm2 |
399 |
STKM13C Steel contains up to 0.25% carbon, View Operating Temperature
With a carbon content of up to 0.25%, STKM13C offers a good balance between hardness and ductility, enhancing its wear resistance and ability to withstand pressure. This makes it suitable for various industrial applications.
Operating Temperature of STKM13C Material
| Operating Temperature |
743 °C |
STKM13C Steel Grade Hardness
JIS STKM13C Applications
- Furniture
- Machinery
- Bicycles
- Automobiles
- Appliances
Refer JIS G3445 STKM13C material product range
STKM13C is available in multiple forms, including plates, sheets, bars, coils, and pipes, making it versatile for different industrial needs. Its adaptability ensures it can be used in a wide variety of projects, from simple structures to complex systems.
Range of Products of JIS G3445 STKM13C
| Products |
Dimensions |
| Plates/Sheets |
0.08–200mm(T)*W*L |
| Steel Bar |
8–1200mm*L |
| Strip / Coil |
0.03–16.0x1200mm |
| Seamless / Welded Pipes |
OD:6–219mm x WT:0.5–20.0mm |
View JIS G3445 Grade STKM13C Manufacturing Process
STKM13C is manufactured using several techniques, including forging, hot rolling, cold rolling, casting, and extrusion. Each method contributes to the material’s unique properties and suitability for specific applications.
STKM13C Manufacturing Process
Forging is typically performed at temperatures ranging from 2012°F to 2192°F, allowing the material to be molded and shaped under high pressure. Hot rolling involves heating the steel to 2000°F to 2400°F, making it malleable before passing it through rollers to achieve the desired dimensions. Cold rolling enhances strength and surface finish, while casting involves melting the steel at 2597°F to 2804°F and pouring it into molds to create the final shape.
JIS STKM13C Manufacturing Process
- Forging
- Hot Rolling
- Cold Rolling
- Casting
- Cold-Rolled
- Hot-Rolled
- Hot Extrusion
Delivery Condition of JIS G3445 Grade STKM13C
- Annealed
- Solution and Aging
- Quenched and Tempered
- Acid Washed
- Shot Blasting
- Rough Turning
Tolerance on Outside Diameter of STKM 13C Material
| Div |
Tolerances on the OD |
| No. 1 |
Under 50mm ±0.5mm |
| 50mm or over ±1% |
| No. 2 |
Under 50mm ±0.25mm |
| 50mm or over ±0.5% |
Tolerance on Thickness of CNS STKM13C
| Size |
Tolerance |
| Under 4mm |
+0.6mm to -0.5mm |
| 4mm or over |
-12.50% to +15% |
STKM 13C Steel Process Performance
| Steel Grade |
Machinability |
Weldability |
Hardenability |
Cold Formability |
| STKM 13C |
Good |
Excellent |
Low |
Good |
Features of JIS STKM13C
- High dimensional accuracy
- Excellent surface finish
- Good ductility
- Versatile and adaptable
High Temperature HTF 03
High temperature Heat Transfer Fluids
A High-temperature thermal fluid refers to a type of fluid that is capable of transferring heat at medium temperatures. It is commonly used in various industrial processes and systems where the operating temperature ranges from approximately 200°C to 400°C.
This thermal fluid is designed to have good thermal stability, high heat transfer efficiency, and low viscosity, allowing it to effectively transfer heat between different components or systems.
It is typically used in applications such as heat exchangers, boilers, and thermal energy storage systems.
shell thermia b,dynalene eg,thermic fluid oil
Heat Transfer Fluids , https://www.armcoltherm.com
