Q235B Cut Parts



Product name: | Q235B Cut Parts |
Keywords: | Cut Parts |
Industry: | Industrial design and manufacturing services - Industry and Engineering design services |
Process: | Machining - Five-axis machining |
Material: | Carbon steel |
Processing manufacturer
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Product details
Henan Beibang Steel Co., Ltd. is a professional manufacturer of steel cut parts.
Advantages of Q235B Cut Parts
Excellent Mechanical Properties:
Q235B has a yield strength of 235 MPa and a tensile strength of 370-500 MPa, making it suitable for structural parts bearing medium loads, with both strength and toughness.
Its moderate carbon content (0.12-0.21%) and low sulfur and phosphorus content enhance toughness and weldability, making it suitable for cutting and processing complex shapes.
Good Machinability:
Q235B is easy to cut, drill, and mill, supporting various processing methods (such as laser cutting and plasma cutting), enabling efficient production of customized cut parts.
Its high ductility (approximately 21% elongation) facilitates the forming of complex parts, reducing the risk of cracking during processing.
Excellent Welding Performance:
Its low carbon content makes it less prone to hardening or cracking during welding, suitable for conventional welding methods such as arc welding and gas shielded welding, without preheating (in the case of thin plates).
This is especially important for manufacturing structural parts that require welding (such as mechanical parts and brackets).
Advantages of Q235B Cut Parts
Excellent Mechanical Properties:
Q235B has a yield strength of 235 MPa and a tensile strength of 370-500 MPa, making it suitable for structural parts bearing medium loads, with both strength and toughness.
Its moderate carbon content (0.12-0.21%) and low sulfur and phosphorus content enhance toughness and weldability, making it suitable for cutting and processing complex shapes.
Good Machinability:
Q235B is easy to cut, drill, and mill, supporting various processing methods (such as laser cutting and plasma cutting), enabling efficient production of customized cut parts.
Its high ductility (approximately 21% elongation) facilitates the forming of complex parts, reducing the risk of cracking during processing.
Excellent Welding Performance:
Its low carbon content makes it less prone to hardening or cracking during welding, suitable for conventional welding methods such as arc welding and gas shielded welding, without preheating (in the case of thin plates).
This is especially important for manufacturing structural parts that require welding (such as mechanical parts and brackets).
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