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BSW X1NiCrMoCu Thread Rod
QS Fastener: BSW X1NiCrMoCu Thread Rod
Name: BSW X1NiCrMoCu Thread Rod
Material: N08926
Standard: BSW, NF, ANSI, DIN
Size: M6 to M100
Product Grade: A
Length: 30 to 1000 mm
Strength of Extension: 650 N/mm²
Feature: Excellent corrosion resistance
Application: For Marine Industry
Material: N08926
Standard: BSW, NF, ANSI, DIN
Size: M6 to M100
Product Grade: A
Length: 30 to 1000 mm
Strength of Extension: 650 N/mm²
Feature: Excellent corrosion resistance
Application: For Marine Industry
Quantity
BSW X1NiCrMoCu Thread Rod is manufactured using high-performance N08926 material, complying with various international standards such as BSW, NF, ANSI, and DIN. It is available in sizes ranging from M6 to M100 and lengths from 30 to 1000 mm, with a product grade of Class A and a tensile strength of up to 650 N/mm². BSW X1NiCrMoCu Thread Rod offers exceptional high-temperature performance, making it particularly suitable for industries such as oil and gas. It provides durable and reliable connection and fixation, ensuring stable operation of equipment in extreme environments.
1. High-Temperature Mechanical Properties of BSW X1NiCrMoCu Thread Rod
BSW X1NiCrMoCu Thread Rod maintains excellent mechanical properties in high-temperature environments (up to 600°C), with its high-temperature strength significantly exceeding that of ordinary stainless steels (such as 316L and 304L). It is suitable for high-temperature and high-pressure equipment:
Tensile Strength:
- At 600°C, the tensile strength of Incoloy 926 is ≥ 550 MPa, while that of 316L stainless steel is only ≥ 300 MPa.
- At 500°C, the tensile strength of Incoloy 926 is ≥ 600 MPa, significantly higher than that of 904L stainless steel (tensile strength ≥ 450 MPa).
BSW X1NiCrMoCu Thread Rod maintains excellent mechanical properties in high-temperature environments (up to 600°C), with its high-temperature strength significantly exceeding that of ordinary stainless steels (such as 316L and 304L). It is suitable for high-temperature and high-pressure equipment:
Tensile Strength:
- At 600°C, the tensile strength of Incoloy 926 is ≥ 550 MPa, while that of 316L stainless steel is only ≥ 300 MPa.
- At 500°C, the tensile strength of Incoloy 926 is ≥ 600 MPa, significantly higher than that of 904L stainless steel (tensile strength ≥ 450 MPa).
Yield Strength:
- At 600°C, the yield strength of Incoloy 926 is ≥ 250 MPa, while that of 316L stainless steel is only ≥ 150 MPa.
- At 500°C, the yield strength of Incoloy 926 is ≥ 300 MPa, outperforming 904L stainless steel (yield strength ≥ 200 MPa).
- At 600°C, the yield strength of Incoloy 926 is ≥ 250 MPa, while that of 316L stainless steel is only ≥ 150 MPa.
- At 500°C, the yield strength of Incoloy 926 is ≥ 300 MPa, outperforming 904L stainless steel (yield strength ≥ 200 MPa).
Elongation:
- At 600°C, the elongation of Incoloy 926 is ≥ 30%, demonstrating good plasticity and toughness.
- At 500°C, the elongation of Incoloy 926 is ≥ 35%, outperforming 316L stainless steel (elongation ≥ 25%).
- At 600°C, the elongation of Incoloy 926 is ≥ 30%, demonstrating good plasticity and toughness.
- At 500°C, the elongation of Incoloy 926 is ≥ 35%, outperforming 316L stainless steel (elongation ≥ 25%).
BSW X1NiCrMoCu Thread Rod is an ideal choice for high-temperature and high-pressure equipment due to its excellent mechanical properties.
2. High-Temperature Oxidation Resistance of BSW X1NiCrMoCu Thread Rod
BSW X1NiCrMoCu Thread Rod exhibits excellent oxidation resistance in high-temperature environments, effectively resisting the formation and peeling of oxide scales:
Oxidation Rate Test:
- At 600°C, the oxidation rate of Incoloy 926 is < 0.1 g/m²·h, significantly lower than that of 316L stainless steel (oxidation rate > 0.5 g/m²·h).
- At 500°C, the oxidation rate of Incoloy 926 is < 0.05 g/m²·h, demonstrating exceptional oxidation resistance.
BSW X1NiCrMoCu Thread Rod exhibits excellent oxidation resistance in high-temperature environments, effectively resisting the formation and peeling of oxide scales:
Oxidation Rate Test:
- At 600°C, the oxidation rate of Incoloy 926 is < 0.1 g/m²·h, significantly lower than that of 316L stainless steel (oxidation rate > 0.5 g/m²·h).
- At 500°C, the oxidation rate of Incoloy 926 is < 0.05 g/m²·h, demonstrating exceptional oxidation resistance.
Oxide Scale Formation Test:
- At 600°C, the oxide scale thickness of Incoloy 926 is < 10 μm, while that of 316L stainless steel is > 50 μm.
- At 500°C, the oxide scale thickness of Incoloy 926 is < 5 μm, significantly better than that of 904L stainless steel (oxide scale thickness > 20 μm).
- At 600°C, the oxide scale thickness of Incoloy 926 is < 10 μm, while that of 316L stainless steel is > 50 μm.
- At 500°C, the oxide scale thickness of Incoloy 926 is < 5 μm, significantly better than that of 904L stainless steel (oxide scale thickness > 20 μm).
The oxidation resistance of BSW X1NiCrMoCu Thread Rod makes it particularly outstanding in high-temperature environments.
3. High-Temperature Creep Performance of BSW X1NiCrMoCu Thread Rod
BSW X1NiCrMoCu Thread Rod demonstrates excellent creep resistance in high-temperature and high-pressure environments, making it suitable for long-term high-temperature operation:
Creep Test Conditions:
- Test temperature: 600°C
- Test stress: 200 MPa
- Test duration: 1000 hours
BSW X1NiCrMoCu Thread Rod demonstrates excellent creep resistance in high-temperature and high-pressure environments, making it suitable for long-term high-temperature operation:
Creep Test Conditions:
- Test temperature: 600°C
- Test stress: 200 MPa
- Test duration: 1000 hours
Test Results:
- The creep strain of Incoloy 926 is < 0.2%, demonstrating exceptional creep resistance.
- The creep strain of 316L stainless steel is > 1.0%, significantly higher than that of Incoloy 926.
- The creep strain of 904L stainless steel is > 0.5%, still higher than that of Incoloy 926.
- The creep strain of Incoloy 926 is < 0.2%, demonstrating exceptional creep resistance.
- The creep strain of 316L stainless steel is > 1.0%, significantly higher than that of Incoloy 926.
- The creep strain of 904L stainless steel is > 0.5%, still higher than that of Incoloy 926.
The creep resistance of BSW X1NiCrMoCu Thread Rod makes it a reliable choice for long-term high-temperature operation.
4. High-Temperature Fatigue Performance of BSW X1NiCrMoCu Thread Rod
BSW X1NiCrMoCu Thread Rod exhibits excellent fatigue resistance in high-temperature environments, making it suitable for high-temperature equipment under cyclic loading:
Fatigue Test Conditions:
- Test temperature: 600°C
- Stress amplitude: 300 MPa
- Number of cycles: 10⁶ cycles
BSW X1NiCrMoCu Thread Rod exhibits excellent fatigue resistance in high-temperature environments, making it suitable for high-temperature equipment under cyclic loading:
Fatigue Test Conditions:
- Test temperature: 600°C
- Stress amplitude: 300 MPa
- Number of cycles: 10⁶ cycles
Test Results:
- The fatigue life of Incoloy 926 is > 10⁶ cycles, with no fatigue cracks observed.
- The fatigue life of 316L stainless steel is < 10⁵ cycles, with visible fatigue cracks.
- The fatigue life of 904L stainless steel is < 5×10⁵ cycles, still lower than that of Incoloy 926.
- The fatigue life of Incoloy 926 is > 10⁶ cycles, with no fatigue cracks observed.
- The fatigue life of 316L stainless steel is < 10⁵ cycles, with visible fatigue cracks.
- The fatigue life of 904L stainless steel is < 5×10⁵ cycles, still lower than that of Incoloy 926.
The fatigue resistance of BSW X1NiCrMoCu Thread Rod makes it perform exceptionally well under cyclic loading conditions.
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