Recommend Products
Name: Fujian Monel 400 Double End Stud Material: Monel 400 Standard: ASME B18.2.1 Size: 5/16 to 4 inch Length: 30 to 1000 mm Class: 12.9 Feature: Resistant to hydrofluoric acidQS Fastener: Monel 400 Double End Stud
Name: Inconel 625 Double End Stud Material: Inconel 625 Standard: ASME B18.2.1 Size: 5/16 to 4 inch Length: 30 to 1000 mm Class: 12.9 Feature: High Yield Strength, Durable Strength and Corrosion ResistanceQS Fastener: Inconel 625 Double End Stud
Name: Xiamen Inconel 600 High Strength Fastener Material: Inconel 600 Standard: ASME Size: 5/16 to 4 inch Length: 30 to 1000 mm Class: 12.9 Feature: High Yield Strength, Durable Strength and Corrosion ResistanceQS Fastener: Inconel 600 High Strength Fastener
Name: Inconel 600 Stud Bolt Putian Material: Inconel 600 Standard: ASME B18.2.1 Size: 5/16 to 4 inch Length: 30 to 1000 mm Class: 12.9 Feature: High Yield Strength, Durable Strength and Corrosion ResistanceQS Fastener: Inconel 600 Stud Bolt
DIN W.Nr.2.4858 Nut
QS Fastener: DIN W.Nr.2.4858 Nut
Name: DIN W.Nr.2.4858 Nut
Material: Incoloy 825
Standard: DIN, ANSI, NF, BSW
Size: M36*3
Hardness: Max. 200 HB
Feature: Good resistance to stress corrosion cracking
Application: For Industrial areas where the temperature does not exceed 550 degrees Celsius
Material: Incoloy 825
Standard: DIN, ANSI, NF, BSW
Size: M36*3
Hardness: Max. 200 HB
Feature: Good resistance to stress corrosion cracking
Application: For Industrial areas where the temperature does not exceed 550 degrees Celsius
Quantity
The DIN W.Nr.2.4858 Nut is manufactured from high-performance Incoloy 825 material, offering exceptional resistance to stress corrosion cracking. Available in standards such as DIN, ANSI, NF, and BSW, it comes in a size of M36*3 with a hardness not exceeding 200 HB, ensuring stable operation at temperatures up to 550°C. Its excellent corrosion resistance and mechanical properties make it an ideal choice for applications in the chemical, petroleum, natural gas, and high-temperature industrial sectors. Whether in highly corrosive environments or long-term high-temperature operations, the DIN W.Nr.2.4858 Nut provides reliable connections, meeting the stringent demands of industrial applications for high-performance fasteners.
The mechanical properties of Incoloy 825, a nickel-based alloy, form the foundation of its widespread use, with excellent comprehensive performance in tensile strength, yield strength, elongation, hardness, and fatigue limit. The DIN W.Nr.2.4858 Nut is precisely engineered from this high-performance material, providing reliable solutions for fastening needs in extreme environments.
1. Tensile Strength: ≥586 MPa
Tensile strength refers to the maximum stress a material can withstand during stretching, serving as a critical indicator of its resistance to fracture. The high tensile strength of the DIN W.Nr.2.4858 Nut enables it to endure high-stress environments, making it suitable for fasteners and structural components in industries such as petrochemicals and nuclear energy.
Tensile strength refers to the maximum stress a material can withstand during stretching, serving as a critical indicator of its resistance to fracture. The high tensile strength of the DIN W.Nr.2.4858 Nut enables it to endure high-stress environments, making it suitable for fasteners and structural components in industries such as petrochemicals and nuclear energy.
2. Yield Strength: ≥241 MPa
Yield strength refers to the stress value at which plastic deformation begins, serving as a key indicator of a material's resistance to plastic deformation. The relatively high yield strength of the DIN W.Nr.2.4858 Nut ensures it does not undergo permanent deformation under load, making it ideal for applications requiring high rigidity and stability.
Yield strength refers to the stress value at which plastic deformation begins, serving as a key indicator of a material's resistance to plastic deformation. The relatively high yield strength of the DIN W.Nr.2.4858 Nut ensures it does not undergo permanent deformation under load, making it ideal for applications requiring high rigidity and stability.
3. Elongation: ≥30%
Elongation refers to a material's ability to undergo plastic deformation before fracture, typically expressed as a percentage, and is a crucial indicator of toughness. The high elongation of the DIN W.Nr.2.4858 Nut indicates excellent toughness, preventing brittle fractures under impact loads or complex stress conditions, making it suitable for dynamic load environments.
Elongation refers to a material's ability to undergo plastic deformation before fracture, typically expressed as a percentage, and is a crucial indicator of toughness. The high elongation of the DIN W.Nr.2.4858 Nut indicates excellent toughness, preventing brittle fractures under impact loads or complex stress conditions, making it suitable for dynamic load environments.
4. Hardness: ≤200 HB
Hardness refers to a material's resistance to localized plastic deformation, typically measured using the Brinell hardness (HB) scale. The relatively low hardness of the DIN W.Nr.2.4858 Nut indicates good machinability, making it easy to cut, form, and weld while maintaining sufficient strength and wear resistance.
Hardness refers to a material's resistance to localized plastic deformation, typically measured using the Brinell hardness (HB) scale. The relatively low hardness of the DIN W.Nr.2.4858 Nut indicates good machinability, making it easy to cut, form, and weld while maintaining sufficient strength and wear resistance.
5. Fatigue Limit: ≥40% of Tensile Strength (Approx. 234 MPa)
Fatigue limit refers to the maximum stress a material can withstand under cyclic loading, typically expressed as a percentage of tensile strength. The high fatigue limit of the DIN W.Nr.2.4858 Nut enables it to endure long-term cyclic loads, making it suitable for applications such as gas turbines and aircraft engines that require high fatigue strength.
Fatigue limit refers to the maximum stress a material can withstand under cyclic loading, typically expressed as a percentage of tensile strength. The high fatigue limit of the DIN W.Nr.2.4858 Nut enables it to endure long-term cyclic loads, making it suitable for applications such as gas turbines and aircraft engines that require high fatigue strength.
The mechanical properties of the DIN W.Nr.2.4858 Nut demonstrate high strength, excellent toughness, good machinability, and superior fatigue performance, making it an ideal material for industries such as petrochemicals, nuclear energy, and aerospace. Through optimized chemical composition and microstructure, the DIN W.Nr.2.4858 Nut further enhances its mechanical properties, meeting the long-term usage requirements in complex stress environments.
When selecting fasteners for demanding industrial applications, the DIN W.Nr.2.4858 Nut stands out as a reliable choice, offering exceptional performance under the most challenging conditions.
Send Message
