Nickel270 alloy; has high melting point, corrosion resistance and thermal stability
Nickel270 is an important metal material with good ductility and plasticity. It has a high melting point, corrosion resistance and thermal stability. Nickel270 also has good electrical conductivity and magnetic permeability and is an important component of many electronic devices and magnetic materials.
Nickel270 Chemistry Typical;
Nickel + Cobalt: ≥99.9
Copper: ≤0.01
Iron: ≤0.05
Manganese: ≤0.003
Carbon: ≤0.02
Sulfur: ≤0.003
Titanium: ≤.005
Magnesium: ≤ 0.005
Silicon: ≤0.005
Nickel270 physical properties;
Density: 0.322 lb/in3, 8.91 g/cm3
Resistivity: ohm-cir-mil/ft, (μohm·m): 45.0 (0.075)
Specific Heat: BTU/lb-°F (J/g-°K): 0.110 (460)
Thermal Conductivity: BTU-in/hr-ft2-°F (W/m·-°C): 595 (86)
Average coefficient of thermal expansion: μin/in-°F (μm/m-°C) 70 - 200°F (20 - 95°C): 7.4 (13.3)
Modulus of elasticity: KSI (MPa) 30 x 103 (207 x 103) Tension
Magnetic permeability: ferromagnetic
Melting range: 2650°F (1454°C)
Nickel270 form;
Coils - Sheet, Strip, Foil
Wire - profiles, round, flat, square
Mechanical properties of Nickel270 at room temperature;
Characteristics: Annealing Typical
Ultimate tensile strength: 50 KSI min (345MPa min)
Yield strength: 16 KSI min (110 MPa min)
Elongation: 50%min
Hardness: Rb 66 max: Gauge ≥0.010 inches
Nickel270 Properties: Quenching
Nickel 270 can be cold worked into various states.
Nickel270 heat treatment;
Nickel 270 is not hardenable by heat treatment.
Production and processing of Nickel270:
The production of Nickel 270 is usually completed through steps such as ore refining, smelting and purification. The refined Nickel270 can be processed into the required shape and size through casting, forging, extrusion and rolling. In addition, Nickel270 can also be heat treated and cold worked to improve its hardness and strength.
Application areas of Nickel270:
Nickel270 has a wide range of applications in many fields. In the aerospace industry, Nickel 270 is widely used in the manufacture of turbine blades, combustion chambers in gas turbine engines and aerospace engines. In the chemical industry, Nickel 270 can be used to manufacture corrosion-resistant equipment, such as reaction vessels in acidic media. In addition, Nickel270 also has important applications in the fields of nuclear industry, electronic industry, medical equipment and chemical materials.
In short, GNEE Steel is committed to the innovation and research and development of high-performance materials. With the development of science and technology and the progress of industry, high-temperature alloys are also constantly being developed and upgraded. Currently, scientific researchers are developing a series of new high-temperature alloys to improve their mechanical properties. performance and processing performance, and explore its application in a wider range of fields. In the future, high-temperature alloys will continue to exert their unique advantages and become one of the important representatives in the field of high-performance materials.
