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Chemical Composition

Co-20Cr-15W-10Ni-1.5Mn-1.5Si-0.05C

Key Features

Excellent high-temperature strength and oxidation resistance with superior wear resistance.

Typical Applications

Aircraft engine combustor components, high-temperature springs, and medical implants

Chemical Composition

Co-20Cr-10Ni-7Mo-2Ti-0.06C

Key Features

High elastic limit, corrosion and wear resistant, non-magnetic

Typical Applications

Precision elastic components, instrument springs, bearings

Chemical Composition

Ni-22Cr-14W-0.3La-3Mn-0.1C

Key Features

High strength at elevated temperatures and excellent oxidation resistance; service temperature up to 1100°C

Typical Applications

Aero-engine combustor, afterburner liner, heat treatment equipment

Chemical Composition

Ni-19Cr-13Co-4Mo-3Ti-1.3Al-0.06C

Key Features

Excellent corrosion and oxidation resistance with high-temperature creep strength

Typical Applications

Gas turbine blades, high-temperature fasteners, springs

Chemical Composition

Ni-57Mo-16Cr-4W-5Fe-2.5Co

Key Features

Resistant to corrosive media such as wet chlorine and hypochlorites; resists pitting and crevice corrosion.

Typical Applications

Chemical Reactors, Flue Gas Desulfurization Systems, and Waste Gas Treatment Equipment

Chemical Composition

Ni-56Cr-22Mo-13W-3Fe-2.5Co

Key Features

Resistant to oxidation and corrosive acids; strong resistance to localized corrosion.

Typical Applications

Flue gas desulfurization, waste incineration, chemical pipelines

Chemical Composition

Ni-65Mo-28Fe-1.5Cr-0.1Co

Key Features

Resistant to hydrochloric and hydrofluoric acid corrosion; superior thermal stability compared to B2.

Typical Applications

Hydrochloric acid treatment equipment, organic synthesis reactors

Chemical Composition

Ni-63Cr-15Mo-3Fe

Key Features

Resistant to corrosion by oxidizing and reducing media; strong resistance to intergranular corrosion.

Typical Applications

Chemical Equipment, Flue Gas Desulfurization, and Wastewater Treatment Systems

Chemical Composition

Ni-58Cr-16Mo-6Cu-2Fe

Key Features

Add copper to enhance sulfuric acid corrosion resistance with excellent overall corrosion performance.

Typical Applications

Sulfuric acid production equipment, hydrometallurgy, chemical piping

Chemical Composition

Ni-71Mo-16Cr-7Fe

Key Features

Resistant to high-temperature molten salt corrosion; suitable for high-temperature environments in nuclear reactors.

Typical Applications

Nuclear reactor structural components, high-temperature molten salt equipment, chemical vessels

Chemical Composition

Ni-58Cr-22Mo-9Nb-3.5Fe

Key Features

Excellent corrosion and oxidation resistance with superior weldability

Typical Applications

Chemical pipelines, offshore platform components, and nuclear reactor assemblies

Chemical Composition

Ni-72Cr-16Fe-8Mn

Key Features

Resistant to high-temperature oxidation and carburization, as well as alkaline solution corrosion.

Typical Applications

Heat treatment furnace tubes, chemical equipment, electronic components

Chemical Composition

Ni-61Cr-23Fe-1.4Al

Key Features

Excellent oxidation resistance and stable high-temperature mechanical properties

Typical Applications

Heat treatment equipment, burner components, exhaust gas treatment systems

Chemical Composition

Ni-32Fe-21Cr-0.9Ti-0.6Al

Key Features

High strength at elevated temperatures with excellent resistance to carburization and oxidation.

Typical Applications

Petrochemical reformer tubes, cracking furnace tubes, heat treatment equipment

Chemical Composition

Ni-42Fe-21.5Cr-3Mo-2.2Cu

Key Features

Resistant to sulfuric and phosphoric acid corrosion; resists stress corrosion cracking.

Typical Applications

Hydrometallurgical Equipment, Chemical Reactors, Pickling Equipment

Chemical Composition

Ni-38Fe-20Cr-3.5Cu-2.5Mo

Key Features

Resistant to sulfuric and phosphoric acid corrosion; resists stress corrosion cracking.

Typical Applications

Hydrometallurgical Equipment, Chemical Reactors, Pickling Equipment

Chemical Composition

Fe-25Ni-15Cr-1.5Ti-0.3Al

Key Features

High-temperature strength, excellent oxidation resistance, precipitation-hardening alloy

Typical Applications

Aircraft engine turbine disks, blades, and fasteners

Chemical Composition

Ni-63Cu-30Fe-2Mn

Key Features

Corrosion-resistant to seawater and various acids/bases; high strength

Typical Applications

Offshore engineering components, chemical equipment, heat exchangers

Chemical Composition

Ni-63Cu-30Fe-2.8Al-0.6Ti

Key Features

Higher strength and hardness after age hardening; corrosion resistance equivalent to 400

Typical Applications

pump shaft, scraper, fasteners, offshore platform components

Chemical Composition

Fe-25Ni-15Cr-1.5Ti-0.3Al

Key Features

High strength at elevated temperatures and excellent oxidation resistance.

Typical Applications

Aircraft engine turbine disks and blades

Chemical Composition

Ni-20Cr-1.5Ti-1.5Al

Key Features

High-temperature oxidation resistance and excellent thermal shock performance

Typical Applications

Aero-engine combustor, afterburner

Chemical Composition

Ni-20Cr-1.5Ti-1.5Al-0.1C

Key Features

Age-hardening alloy with excellent high-temperature strength and elastic properties

Typical Applications

High-temperature springs, fasteners, turbine blades

Chemical Composition

Ni-52Cr-19Fe-5Nb-3Mo-0.9Ti-0.5Al

Key Features

High strength, corrosion resistance, radiation resistance, and excellent low-temperature performance

Typical Applications

Aircraft engine turbine disks, blades, and rocket engines

Chemical Composition

Ni-36Cr-12Co-2.5Ti-0.8Al

Key Features

Elinvar alloy with a low temperature coefficient of elastic modulus

Typical Applications

Precision elastic sensitive components, resonators, and delay lines for precision instruments

Chemical Composition

Ni-36Cr-12Co-2.5Ti

Key Features

Precipitation-hardening elastic alloy, corrosion-resistant

Typical Applications

Elastic sensitive elements, diaphragms, bellows

Chemical Composition

Ni-29Co-17Fe

Key Features

Invar alloy, hermetically sealed to glass

Typical Applications

Vacuum tube leads, integrated circuit lead frames, and seals

Chemical Composition

Ni-36Fe

Key Features

Low-expansion alloy with excellent dimensional stability

Typical Applications

Precision instrument components, measuring tools, and microwave equipment structural parts

Chemical Composition

Ni-20Cr

Key Features

Excellent high-temperature oxidation resistance and stable resistivity

Typical Applications

Heating elements, industrial resistance furnace heating wire

Chemical Composition

Cr-25Ni-20Fe

Key Features

High-temperature oxidation resistance; usable up to 1200°C

Typical Applications

High-temperature electric heating elements and heat treatment equipment

Chemical Composition

Cr-22Ni-5Mo-3N

Key Features

Duplex stainless steel with strength and corrosion resistance superior to 304/316.

Typical Applications

Chemical pipelines, pressure vessels, marine structures

Chemical Composition

Cr-25Ni-7Mo-4N

Key Features

Super Duplex Stainless Steel: Exceptional Resistance to Pitting and Crevice Corrosion

Typical Applications

Seawater desalination equipment, offshore platforms, chemical processing equipment

Chemical Composition

Fe-23Cr-5Al

Key Features

High-temperature oxidation resistance and high resistivity

Typical Applications

High-temperature heating elements, industrial furnaces

Chemical Composition

Fe-27Cr-7Al-2Mo

Key Features

Add molybdenum to improve high-temperature strength

Typical Applications

High-temperature electric heating elements and heat treatment equipment

Chemical Composition

Cr-20Ni-25Mo-4Cu

Key Features

Resistant to sulfuric and phosphoric acid corrosion

Typical Applications

Chemical equipment, flue gas desulfurization, marine engineering

Chemical Composition

Cr-21Ni-11Mn-0.1N-0.05Ce

Key Features

Excellent high-temperature oxidation resistance and high creep strength

Typical Applications

Heat treatment equipment, burner components, furnace parts

Chemical Composition

Cr-20Ni-6Mo-0.7N-Cu

Key Features

Excellent resistance to pitting and crevice corrosion

Typical Applications

Seawater desalination, chemical industry, marine engineering

Chemical Composition

Cr-24Ni-6Mo-0.2N-Cu

Key Features

Pitting corrosion resistance to chlorides

Typical Applications

Flue gas desulfurization, seawater treatment

Chemical Composition

Cr-20Ni-6Mo-0.7N-Cu

Key Features

Super Austenitic Stainless Steel

Typical Applications

Chemical, Marine, and Environmental Protection Equipment

Chemical Composition

Cr17-Ni9-Mn8-Si4-N

Key Features

High-silicon, high-manganese nitrogen austenitic stainless steel; non-magnetic

Typical Applications

Bolts, nuts, studs, and helical wire inserts for high-temperature and corrosive environments

Chemical Composition

Ti-25Zr-25V-25Nb

Key Features

Multi-principal element alloys, high strength and high toughness

Typical Applications

Aerospace, Nuclear Industry, Biomedical

Chemical Composition

Ni-62Cu-3Mn-2.75Ti-1.5Al-0.25Fe

Key Features

Welding for Monel 400 alloys; resistant to seawater corrosion

Typical Applications

Marine Engineering and Chemical Equipment Welding Repair

Chemical Composition

Ni-72Cr-20Fe-3Mn-2.5Ti-0.5Si

Key Features

For welding nickel-based alloys and dissimilar metals; excellent crack resistance.

Typical Applications

Welding of components for nuclear power, petrochemicals, and aero-engines

Chemical Composition

Ni-60Cr-22Mo-9Nb-3.5Fe-0.4Ti

Key Features

For welding 625 alloys; heat and corrosion resistant

Typical Applications

Offshore platforms, flue gas desulfurization, chemical pipeline welding

Chemical Composition

Ni-57Cr-15Mo-16W-5Fe-2.5Co

Key Features

For welding C276 alloy; resistant to strong corrosive media

Typical Applications

Welding of chemical reactors and waste gas treatment equipment

Chemical Composition

Ni-20Cr-1.5Ti-1.5Al-0.8Nb

Key Features

High-temperature oxidation resistance and excellent thermal strength

Typical Applications

Aero-engine Combustor, Liner

Chemical Composition

Ni-25Cr-15W-2Mo-1.5Ti-1.5Al

Key Features

High strength at elevated temperatures with excellent ductility

Typical Applications

Aero-engine combustor, afterburner

Chemical Composition

Ni-20Cr-8W-0.8Mo-1.5Ti-1.5Al-0.01B

Key Features

High-temperature creep strength and oxidation resistance

Typical Applications

Aero-engine turbine blades and guide vanes

Chemical Composition

Ni-22Cr-18Fe-9Mo-1.5W-0.6Co

Key Features

High-temperature oxidation resistance and excellent corrosion resistance

Typical Applications

Aircraft engine combustors, chemical process equipment

Chemical Composition

Ni-20Cr-2.5Ti-0.8Al

Key Features

High-temperature strength and oxidation resistance

Typical Applications

Aircraft engine turbine disks and blades

Chemical Composition

Ni-20Cr-2.5Ti-1.5Al-0.1C

Key Features

High-temperature creep strength

Typical Applications

Gas turbine blades, high-temperature fasteners

Chemical Composition

Ni-15Cr-7Fe-2.5Ti-0.8Al

Key Features

Stress Corrosion Cracking Resistance

Typical Applications

Aero engines, chemical equipment

Chemical Composition

Ni-50Fe

Key Features

High Permeability Soft Magnetic Alloy

Typical Applications

Transformer core, magnetic shielding

Chemical Composition

Ni-79Fe-4Mo

Key Features

Ultra-high Permeability

Typical Applications

Precision Transformers and Magnetic Amplifiers

Chemical Composition

Ni-80Fe-5Mo-2Cu

Key Features

High permeability, low coercivity

Typical Applications

Magnetic shielding, precision current transformers

Chemical Composition

Ni-42Fe

Key Features

Coefficient of thermal expansion matched to glass

Typical Applications

Sealing of Electro-Vacuum Devices

Chemical Composition

Fe-21Cr-6Al

Key Features

High resistivity, high-temperature resistant

Typical Applications

Industrial furnaces and home appliance heating elements

Chemical Composition

Fe-23Cr-5Al

Key Features

Long service life, high-temperature oxidation resistance

Typical Applications

Industrial Heating Equipment

Chemical Composition

Cr-25Ni-7Mo-3W-0.8N-Cu

Key Features

Super Duplex Steel – Exceptional Corrosion Resistance

Typical Applications

Offshore platforms, seawater desalination, chemicals