Nickel alloys supplier in the USA

JACQUET offers a large stock of nickel alloy plates for applications requiring high resistance in aggressive environments such as corrosion, high temperatures, and high pressures. Nickel alloys are mainly used in the chemical, petrochemical, pollution control, defense, marine & aerospace.

Plates

Thicknesses: 0.125″ to 2″
Max. dimension: up to 96″ x 240″

Round bars

Diameters: 0.25″ to 9″

Grades

ALLOY	UNS	W. Nr.	EN	ASTM	ASME	Thickness max. in stock (inch)
NICKEL ALLOY 200/201	N02200 / N02201	2.4066 / 2.4068	Ni99-2 / LC-Ni99	B162 / B163	SB162 / SB163	1.25″
MONEL® ALLOY 400	N04400	2.4360 / 2.4361	NiCu30Fe	B127	SB127	1.75″
MONEL® ALLOY 400 AR	N04400 AR	2.4360 / 2.4361	NiCu30Fe	B127	SB127	2.00″
INCONEL® ALLOY 600	N06600	2.4816	NiCr15Fe	B168 / B906	SB168 / SB906 / CASE 1827	1.50″
INCONEL® ALLOY 601	N06601	2.4851	NiCr23Fe	B168	SB168	0.25″
INCONEL® ALLOY 625	N06625	2.4856	NiCr22Mo9Nb	B443 GR1	SB443 GR1	1.50″
INCONEL® ALLOY 718	N07718	2.4668	Nb5.3Ti1Al0.5	B637 / B670	CASE 2222-1, SFA 5.14	1.00″
INCOLOY® ALLOY 800H	N08810	1.4958 / 1.4876*	X5NiCrAlTi31-20	B407 / B408 / B409	SB407 / SB408 / SB409	0.75″
INCOLOY® ALLOY 800HT	N08811	1.4959	NiCrFeMo	B407 / B408 / B409	SB407 / SB408 / SB409	1.0″
INCOLOY® ALLOY A20	N08020	2.4660	NiCr20CuMo	B463 / B464 / B473 / B366	SB463 / SB464 / SB473 / SB366	1.0″
INCOLOY® 825	N08825	2.4858	NiCr21Mo	B424 / B906	SB424 / SB906	1.50″
INCONEL® ALLOY C276	N10276	2.4819*	NiMo16Cr15W	B575 / B906	SB575 / SB906	1.50″

® Registered trademark of Special Metals Corporation

For other grades and dimensions, please contact us.

Applications

Food manufacturing such as handling of cooling brine, fatty acids and fruit juices due to the material’s resistance against acids, alkalis and neutral salt solutions and against organic acids
Tanks in which fluorine is produced and where it reacts with hydrocarbon (CFC) due to the material’s resistance against fluorine
Storage and transport of phenol
Production and treatment of caustic soda
Production of synthetic fibers and soaps
Production of hydrogen chloride and chlorination of hydrocarbons such as benzene, methane and ethane
Production of vinyl chloride monomer due to the material’s resistance against dry chlorine gas and hydrogen chloride in increased temperatures
Electrical and electronic components
Electrode contacts and current conductors in batteries
Current conductors in alkali fuels
Electrodes for hydrogen production by electrolysis

Feedwater and steam generator tubes in power plants
Brine heater and recompression evaporator in saltworks
Sulfuric and hydrofluoric acid alkylation
Heat exchangers in the chemical industry
Plating components for mineral oil distillation plants
Splash zone lining on offshore platforms
Impellers and pump shafts in marine technology
Refining plants for the production of nuclear fuel
Pumps and valves in production lines for tetrachlorethylene (perchlorethylene) and chlorinated plastics
Heating tubes for monoethanolamine (MEA)
Sour-gas resistant components for oil and gas production

Transport rollers, steel pipes, ventilators and other installations in industrial furnaces
Industrial furnace muffles, in particular for heat treatment in N2 atmospheres
Thermal element protective conduits in nitriding and carburizing atmospheres
Pipes for dichloroethylene pyrolysis
Components in the production of uranium tetrafluoride from hydrofluoric acid
Production of caustic alkalis, especially with the presence of sulfur bonds
Reaction vessels and heat exchanger pipes in the production of vinyl chloride
Plant parts for the production of chlorinated and fluorinated hydrocarbons
Parts such as cladding tubes for control rods, reactor tanks and seals, steam dryers and separators in boiling water reactors
Pipes in TiCl4 evaporators in the production of TiO2
Vessels and piping used to contain caustic solutions
Aerospace components

Trays, baskets and fixtures for heat treatment plants, e.g. in carbonitriding environments
Refractory anchors, strand-annealing and radiant heater tubes, high-velocity gas burners, wire mesh belts in industrial furnaces
Isolating inserts in ammonia crackers and catalyst support grids in nitric acid production
High temperature components in automotive parts, e.g. manifolds, glow plug tubes or sensor caps
Combustion chambers in solid waste incinerators
Tube supports and ash-handling components
Components in exhaust gas systems
Oxygen preheaters

Equipment for the production of super phosphoric acid
Plants for the treatment of radioactive waste
Production pipe systems and linings of risers in oil production
Offshore industry and seawater exposed equipment
Sea water piping in shipbuilding
Stress corrosion cracking resistant compensators
Furnace linings
Tubes in geothermal power plants
Aerospace components (Bellows, expandion joints, Ducting, engine thrust reversers, turbine shroud rings)
Military (Navy ship exhaust systems, Submarine auxiliary propulsion systems)
Nuclear reactor core and control rod components

Developed and used for static and rotating components in aircraft turbines such as housings, mounting elements and turbine disks, where tough requirements apply for creep resistance and fatigue behavior, in particular for the rotating applications
Due to its properties, its good workability and efficiency, the material is additionally widely used for static and rotating components in the completion side of the Oil & Gas industry
Components in stationary gas turbines, rocket drives and spacecraft, motor vehicle turbo chargers
Fasteners (High-strength screws, springs and mounting elements, Heat-resistant tools in forgeries, extruders and separating shearers)
Aerospace (Jet engine components, High speed airframe parts, Wheels, buckets, spacers, high temperature bolts and fasteners)

Equipment for the manufacture of sulphuric acid and for processes based on sulphuric acid
Extraction columns in the production of amino acid and the processing of pharmaceuticals
Production of synthetic polymers
Equipment for food processing to protect against contamination

800H/HT alloy has a wide range of applications in areas of elevated temperatures in furnace construction, in the chemical industry, in environmental protection equipment, in the automotive industry and in power plants
Typical applications include furnace muffles, containers, bins, holders in various heat treatment plants and burner components.
Because of their resistance to carburization and nitriding, the alloys are furthermore used in the areas of:
- Steam/hydrocarbon reformers
- Ethylene pyrolysis
- Equipment for acetic anhydride and ketone production

Pipes, tubes and fittings in the oil and gas extraction
Heat exchangers, evaporators, washers, immersion pipes in phosphoric acid production
Evaporators
Scrubbers
Nuclear fuel reprocessing and waste handling
Immersion pipes in sea water cooled heat exchangers
Offshore piping. sour gas components
Components in sulfuric acid pickling plants like heating coils, vessels, boilers, baskets and chains
Food Industry

Paper and pulp industry, e.g. for digestion and bleaching tanks
Washers, agitators and wet ventilators in flue gas desulfurization systems
Equipment and components for acid gas applications
Reactors for acetic acid production
Sulfuric acid coolers
Methylene diphenyl isocyanate (MDI)
Manufacturing and processing of contaminated phosphoric acid
Substrates for high temperature superconductors
Heat exchangers, pressure vessels, tanks, evaporators
IPVF items
Scrubbers

Did you know

Nickel-based alloys have great qualities of high corrosion and high temperature resistance. They can be resistant, resilient, and withstand high temperatures by resisting creep. For example, nickel alloys for aerospace can withstand over 1832°F.

Nickel alloys can be classified in 3 categories :

Iron-nickel alloys: used for their physical properties (magnetism, elasticity and expansion);
Copper-nickel alloys (cupronickels): have great corrosion resistance in acid or marine environments, as well as good formability and weldability;
Superalloys: That’s an alloy family with a complex composition, often based on nickel (or titanium, iron, cobalt, etc.), with excellent resistance to dry corrosion at high temperatures and great mechanical properties (high yield strength, creep resistance).