Nickel Iron Alloy

MetalsTek Engineering prides itself on delivering high quality Nickel Iron Alloys crafted with precision and expertise. We have Nickel Iron alloy in various forms, such as bars, powder, sheet, etc. Among the various compositions, grade 4750 is the famous star of NiFe alloy.

Spherical Nickel Iron (Ni/Fe) Alloy Powder

Material: Nickel Iron Alloy

Form: Spherical Powder

Particle Sizes: 15-45μm, 15-53μm, 45-75μm, 45-105μm, 75-150μm, Customized

Applications: Medical Equipment, Defenses, Nuclear Industry, etc.

Iron Nickel Evaporation Materials, Fe/Ni Ni/Fe

Material: Iron Nickel, 99.9%~99.99%

Composition: Can be Customized

Form: Pellets, Pieces, Powder, Customized Shapes

Size: 1~6mm, or Tailored Size

Nickel Iron Alloy Bar Rod, 4750

Material: Nickel Iron, Grade 4750

Shape: Rod, Bar

Size: Customized Sizes

Synonyms: High Perm 49, ASTM F30 4750 Electrical Alloy

Nickel Iron Alloy Sheet Bar, 4750

Material: Nickel Iron, Grade 4750

Shape: Foil, Sheet, Plate, Bar

Size: Customized Sizes

Synonyms: High Perm 49, ASTM F30 4750 Electrical Alloy

Nickel Iron Alloy Strip Tape, 4750

Material: Nickel Iron, Grade 4750

Shape: Foil, Strip, Tape

Size: Customized Sizes

Synonyms: High Perm 49, ASTM F30 4750 Electrical Alloy

Tungsten Nickel Iron Powder, WNiFe

Material: W-Ni-Fe

Purity: 99.9%

Density: 16.85~19.2g/cc

Particle Size: 5μm~150μm

Tungsten Nickel Iron Alloy, W-Ni-Fe Alloy

Material: W-Ni-Fe

Purity: W 90%~97%

Density: 16.85~18.5g/cc

Form: Rod, Bar, Sheet, Plate, Customized

Applications

Aerospace: Used in aerospace components such as balance weights, vibration dampers, and counterweights for aircraft and spacecraft due to their high density and mechanical strength.
Defense: Employed in armor-piercing projectiles, kinetic energy penetrators, and radiation shielding materials for military vehicles and equipment due to its density and ability to withstand high-impact forces.
Medical: Utilized in medical devices such as collimators, radiation shields, and gamma-ray collimators for radiation therapy and diagnostic imaging applications due to their ability to attenuate radiation.
Nuclear Industry: Found in nuclear shielding, reactor components, and radiation containment systems due to its high density and resistance to radiation damage.
Precision Instrumentation: Used in precision instruments such as gyroscopes, inertial navigation systems, and precision balance scales for their density and stability in critical applications.
Automotive: Employed in automotive applications such as crankshaft counterweights, balancing weights, and ballasts for race cars and high-performance vehicles due to its ability to optimize weight distribution and reduce vibrations.
Sports Equipment: Found in sports equipment such as golf club heads, fishing weights, and bicycle components for its ability to provide precise weight distribution and improve performance.

HY-180 VIM-VAR High Strength Alloy Steel

Material: HY-180 High Strength Alloy Steel

Composition: Fe78.72%, Ni10%, Co8%, Cr2%, Mo1%, C0.13%, Mn0.1%, Si0.05%

Density: 7.75g/cc

Form: Rod, Bar, Sheet, Plate, Machined Parts

Applications: Aerospace, Automotive, Defence, Vehicle Components, Structural Engineering, Industrial Machinery

Typical Industry Specification: vehicle components, structural engineering, industrial machinery, and aerospace structures

More About HY-180 High Strength Alloy Steel

Overview

HY-180 is a premium-grade alloy steel, recognized for its outstanding strength, toughness, and wear resistance. With a carefully balanced composition and a production process optimized for performance, HY-180 offers unparalleled reliability for applications in heavy machinery, automotive, and other high-stress environments.

Chemical Composition

HY-180 alloy steel features a precise blend of elements, ensuring superior mechanical properties:

Carbon (C): Enhances hardness and strength.
Chromium (Cr): Improves corrosion resistance and toughness.
Molybdenum (Mo): Boosts wear resistance and high-temperature stability.
Vanadium (V): Strengthens grain structure for improved toughness.
Other Elements: Carefully controlled amounts of silicon (Si), manganese (Mn), and trace alloys further enhance the material’s performance.

Specifications

Tensile Strength: ≥ 1800 MPa
Yield Strength: ≥ 1500 MPa
Hardness: HRC 45-55 (depending on heat treatment)
Elongation: ≥ 10%
Density: ~7.85 g/cm³

Available in a wide range of sizes and forms, including sheets, bars, rods, and custom-machined components.

Key Properties

High Strength: With a tensile strength exceeding 1800 MPa, HY-180 is built for heavy-duty applications.
Superior Toughness: Excellent impact resistance ensures reliability under extreme conditions.
Wear Resistance: Engineered to withstand high friction and abrasion.
Thermal Stability: Maintains performance in elevated-temperature environments.
Corrosion Resistance: Chromium content offers moderate protection against rust and corrosion.

Production Process

HY-180 is manufactured using advanced metallurgical techniques to ensure precision and quality:

Alloying: The raw materials are precisely combined to achieve the desired chemical composition.
Melting and Casting: State-of-the-art furnaces ensure uniformity in the molten metal.
Heat Treatment: Quenching and tempering processes refine the microstructure, enhancing strength and toughness.
Machining: Final components are precision-machined to meet exact specifications.

Applications

HY-180 High Strength Alloy Steel is a versatile material used across a range of industries:

Automotive: Gears, axles, and suspension components.
Heavy Machinery: Structural parts, shafts, and bearings.
Mining Equipment: High-wear parts such as crushers and drill bits.
Aerospace: Landing gear, fasteners, and support structures.
Energy Sector: Turbine components and high-pressure systems.

Why Choose HY-180?

By selecting HY-180, you’re investing in:

Unmatched durability and performance.
Customizable sizes and shapes to fit your needs.
Reliable supply and consistent quality.

Description

Nickel Iron Alloy, also known as nickel–iron alloy or iron–nickel alloy, is a group of alloys primarily composed of nickel (Ni) and iron (Fe). These alloys are abbreviated as FeNi or NiFe and are significant components of planetary cores, iron meteorites, and various industrial applications. In chemistry, the acronym NiFe refers to an iron–nickel catalyst or component involved in chemical reactions. Nickel–iron alloys are crucial in geology, where they constitute the main elements of telluric planetary cores and are abundant in metallic meteorites. These alloys may be fortified with small amounts of other metals like chromium, cobalt, molybdenum, and titanium, depending on the intended use. They find applications in steel metallurgy to produce specialized steels like maraging steel and low-alloy steels, as well as in manufacturing materials like Invar and Mu-metal for specific technological purposes.