Grades

This alloy is used for applications where dimensional changes due to temperature variation must be minimized or in conjunction with high expansion alloys in applications where a motion is desired when the temperature changes.

ASTM F1684

UNS K93603, AMS12-23011, MIL-1-23011

Chemical Process Vessels, Piping, Heat Exchangers, FGD Scrubber Systems, Pulp Mill Digesters, Bleach Washers, Chip Presteaming Vessels, Food Process Equipment, Oil Field Piping.

ASTM A473, ASTM A182, ASTM A240, ASTM A479

EN 10088-3, 1.4410

NACE MR 01-75, NORSOK M630 D57.

Nitric Acid Processes, Polypropylene Production, PVC Production, Dioxide, Caustic Evaporators, Equipment, Handling Organic and Fatty Acids, Propellers and Shafts, Rudders, Shaft Seals, Pumps, Bolts and Fasteners, Valves, Instrumentation, Oil and Chemical Tankers, Pumps, Valves, Pipe, Vessels, Wellhead Equipment, Subsea Equipment, Fans, Wet Scrubbers, Incinerators: Black Liquor Heater Tubes, Digester Blow Valves, Rotary Feed Valves, I.D.Fans, Brownstock Washers, Precipitators, Bleaching Components, Sugar Cane Centrifuges, Corn and Vegetable processing plant, Fertiliser Production (Wet phosphoric acid), Civil Engineering: Sewage Treatment.

ASTM A473, ASTM A182, ASTM A240, ASTM A479

EN 10088-3, 1.4410

NACE MR 01-75, NORSOK M630 D57.

C

 Si

 Mn

 P

 S

 Cr

 Mo

 Ni

 Cu

 N

 PRE

550 N/mm2

800 N/mm2

25%

45%

<270

80J Room temp

Testing shall be carried out in accordance with ASTM A370 or EN ISO 6892-1 (tensile), EN ISO 6506-1 (hardness)
Minimum properties quoted (tested at room temperature in a longitudinal direction)
Testing performed on each melt of material per heat treatment batch
Hardness shall be in accordance with NACE MR 1075 with a maximum HRC of 25
ASTM G48A corrosion test (at 50°C) No pitting and < 3.0g/m2 weight loss (ASTM specification < 4.0g/m2) Ferrite content 35-55% Microstructure certified free from grain boundary carbides, sigma, chi and laves phases

Nitric Acid Processes, Polypropylene Production, PVC Production, Dioxide, Caustic Evaporators, Equipment, Handling Organic and Fatty Acids, Propellers and Shafts, Rudders, Shaft Seals, Pumps, Bolts and Fasteners, Valves, Instrumentation, Oil and Chemical Tankers, Pumps, Valves, Pipe, Vessels, Wellhead Equipment, Subsea Equipment, Fans, Wet Scrubbers, Incinerators: Black Liquor Heater Tubes, Digester Blow Valves, Rotary Feed Valves, I.D.Fans, Brownstock Washers, Precipitators, Bleaching Components, Sugar Cane Centrifuges, Corn and Vegetable processing plant, Fertiliser Production (Wet phosphoric acid), Civil Engineering: Sewage Treatment.

ASTM A 182 (Grade F55), A 240, A 276, A 314, A 473, A 479, A 789, A 790, A 815, A 890, A 928, A 988, A 995

10028-7, 10088-2, 10088-3, 10272, 10216-5, 10217-7, 1.4501

NACE MR 0175

Nitric Acid Processes, Polypropylene Production, PVC Production, Dioxide, Caustic Evaporators, Equipment, Handling Organic and Fatty Acids, Propellers and Shafts, Rudders, Shaft Seals, Pumps, Bolts and Fasteners, Valves, Instrumentation, Oil and Chemical Tankers, Pumps, Valves, Pipe, Vessels, Wellhead Equipment, Subsea Equipment, Fans, Wet Scrubbers, Incinerators: Black Liquor Heater Tubes, Digester Blow Valves, Rotary Feed Valves, I.D.Fans, Brownstock Washers, Precipitators, Bleaching Components, Sugar Cane Centrifuges, Corn and Vegetable processing plant, Fertiliser Production (Wet phosphoric acid), Civil Engineering: Sewage Treatment.

ASTM A182, ASTM A240

EN 10088-1 1.4507

NORSOK MDS D51 to D55 and D57, UNS 532550,

HASTELLOY® B-3® alloy is used in numerous chemical process industry (CPI) applications, especially in the construction of reaction vessels for pure, reducing acid service.

SB 333/B 333, P=44

SB 335/B 335, B472, P= 44

SFA 5.11/A 5.11 (ENiMo-10), DIN 2.4696 (EL-NiMo28Cr), F= 44

SFA 5.14/ A 5.14 (ERNiMo-10), DIN 2.4695 (SG-NiMo30Cr), F= 44

SB 622/B 622, P= 44

SB 619/B 619, SB 626/B 626, P= 44

SB 366/B 366, SB 462/B 462, P= 44

SB 564/B 564, SB 462/B 462, P= 44

17744, 2.4600 NiMo29Cr

Werkstoffblatt 517, Kennblatt 7615, Kennblatt 7616, Kennblatt 7617

HASTELLOY® C-276 alloy typical chemical process industry (CPI) applications include reactors, heat exchangers, and columns.

SB 575/B 575, P= 43

SB 574/B 574, B 472, P= 43

SFA 5.11/ A 5.11 (ENiCrMo-4), DIN 2.4887, (EL-NiMo15Cr15W), F= 43

SFA 5.14/ A 5.14 (ERNiCrMo-4), DIN 2.4886, (SG-NiMo16Cr16W), F= 43

SB 622/B 622, B 983, P= 43

SB 619/B 619, SB 626/B 626, P= 43

SB 366/B 366, SB 462/B 462, P= 43

SB 564/B 564, SB 462/B 462, P= 43

17744, 2.4819, NiMo16Cr15W

NACE MR0175, ISO 15156, Werkstoffblatt 400, Kennblatt 320, Kennblatt 319

HASTELLOY® C-22® alloy typical chemical process industry (CPI) applications include reactors, heat exchangers, and columns.

SB 575/B 575, P= 43

SB 574/B 574, B 472, P= 43

SFA 5.11/ A 5.11 (ENiCrMo-10), DIN 2.4638, (EL-NiCr21Mo14W), F= 43

SFA 5.14/ A 5.14, (ERNiCrMo-10), DIN 2.4635, (SG-NiCr21Mo14W), F= 43

SB 622/B 622, P= 43

SB 619/B 619, SB 626/B 626, P= 43

SB 366/B 366, SB 462/B 462, P=43

SB 564/B 564, SB 462/B 462, P= 43

17744, 2.4602, NiCr21Mo14W

NACE MR0175, ISO 15156, ASME Code Case No. 2226-2, Case No. N-621-1, Werkstoffblatt 479, Kennblatt 4635, Kennblatt 4636, Kennblatt 4534

HASTELLOY® C-22HS® alloy is used for applications in the oil & gas industry, or other industries which may require an alloy with excellent corrosion resistance and strength levels higher than “standard” HASTELLOY® C-22® alloy.

B 637

B 983

B 637

NACE MR0175

HASTELLOY® G-30® alloy applications include P2O5 evaporator tubes and nitric acid-based, metal pickling hardware.

SB 582/B 582, P= 45

SB 581/B 581, B 472, P= 45

SFA 5.11/ A 5.11 (ENiCrMo-11), F= 45

SFA 5.14/ A 5.14 (ERNiCrMo-11), F= 45

SB 622/B 622, P= 45

SB 619/B 619, SB 626/B 626, P= 45

SB 366/B 366, SB 462/B 462, P= 45

SB 462/B 462, P= 45

2.4603 NiCr30FeMo

NACE MR0175, ISO 15156

HASTELLOY® G-35® alloy applications include P2O5 evaporator tubes.

SB 575/B 575, P= 43

SB 574/B 574, B 472, P= 43

SFA 5.11/ A 5.11 (ENiCrMo-22), F= 43

SFA 5.14/ A 5.14 (ERNiCrMo-22), F= 43

SB 622/B 622, P= 43

SB 619/B 619, SB 626/B 626, P= 43

SB 366/B 366, SB 462/B 462, P= 43

SB 564/B 564, SB 462/B 462, P = 43

2.4643, NiCr33Mo8

NACE MR0175, ISO 15156, ASME Code Case No. 2484

HASTELLOY® HYBRID-BC1® alloy applications include chemical processing, pharmaceutical, agricultural, food, petrochemical, and power industries: Reaction vessels, Heat exchangers, Valves, Pumps, Piping, Storage tanks.

B575, P= 43

B574, B472, P= 43

ASME Code Case No. 2653

B622, P= 43

B619, B626, P= 43

B 366

B462, B564, P= 43

2.4708, NiMo22Cr15

While ULTIMET® alloy has been used successfully in the form of wrought products, its largest applications have involved weld overlays, made with solid wire consumables and arc-welding processes such as GMAW (MIG) and GTAW (TIG).

SB818/B818

B815

2.4681, CoCr26Ni9Mo5W

NACE MR0175/MR0103, ISO 15156

HAYNES® 25 alloy combines properties which make it suitable for a number of component applications in the aerospace industry, including parts in established military and commercial gas turbine engines. In modern engines, it has largely been replaced by newer materials such as HAYNES® 188 alloy, and, most recently, 230® alloy, which possess improved properties. Another area of significant usage for 25 alloy is as a bearing material, for both balls and races.

AMS 5537

AMS 5759, MIL-C-24252D

AMS 5797

AMS 5796

AMS 5759

MIL-R-5031B Class 13, R30605

HASTELLOY® C-4 alloy typical chemical process industry (CPI) applications include reactors and heat exchangers.

SB 575/B 575

SB 574/B 574

SFA 5.11/A 5.11, (ENiCrMo-7), DIN 2.4612, (EL-NiMo15Cr15Ti)

SFA 5.14/ A 5.14, (ERNiCrMo-7), DIN 2.4611, (SG-NiMo16Cr16Ti)

SB 622/B 622

SB 619/B 619, SB 626/B 626

SB 366/B 366

17744, 2.4610, NiMo16Cr16Ti

NACE MR0175, ISO 15156

HAYNES® 75 alloy is principally used in low stress elevated temperature application requiring reasonable oxidation resistance, and is approximately equivalent to alloy 600 in performance. Alloy 75 is used in a number of fabricated part applications in the gas turbine and aerospace industries in Europe, and is also employed in general industrial heating uses. The alloy is readily formed and fabricated using conventional techniques.

N06075

HAYNES® 188 alloy combines properties which make is suitable for a variety of fabricated component applications in the aerospace industry. It is widely used in established military and commercial gas turbine engines for combustion cans, transitions ducts, and afterburner components. It shares applications in newer engine programs with a more recently developed material, 230® alloy, which possesses improved properties.

AMS 5608

AMS 5772

AMS 5772

R30188

HAYNES® 214® alloy combines properties which make it very suitable for service in relatively low-stress, high temperature oxidizing environments, where the utmost in resistance to oxidation or scale exfoliation is needed. Its resistance to such environments persists to temperatures as high as 2400°F (1315°C), although strength limitations may apply. Applications can include “Clean Firing” uses such as mesh belts, trays and fixtures for firing of pottery and fine china, and the heat treatment of electronic devices and technical grade ceramics. In the gas turbine industry, 214® alloy is used for foil construction honeycomb seals, combustor splash plates, and other static oxidation - limited parts. The automotive industry has applications for 214® alloy in catalytic converter internals, and it is used as a burner cup material in auxiliary heaters for military vehicles. In the industrial heating market, 214® alloy is used for highly specialized applications such as refractory anchors, furnace flame hoods, and rotary calciners for processing chloride compounds. It is also used for parts in high temperature chlorine-contaminated environments, such as hospital waste incinerator internals.

HAYNES® 230® alloy combines properties which make it ideally suited for a wide variety of component applications in the aerospace and power industries. It is used for combustion cans, transition ducts, flame holders, thermocouple sheaths, and other important gas turbine components. In the chemical process industry, 230® alloy is used for catalyst grid supports in ammonia burners, high-strength thermocouple protection tubes, high-temperature heat exchangers, ducts, high-temperature bellows, and various other key process internals.In the industrial heating industry, applications for 230® alloy include furnace retorts, chains and fixtures, burner flame shrouds, recuperator internals, dampers, nitriding furnace internals, heat-treating baskets, grates, trays, sparger tubes, thermocouple protection tubes, cyclone internals, and many more.

AMS 5878, SB 435/B 435

AMS 5891, SB 572/B 572, B 472

SFA 5.11 (ENiCrWMo-1), A 5.11 (ENiCrWMo-1)

AMS 5839, SFA 5.14 (ERNiCrWMo-1), A 5.14 (ERNiCrWMo-1)

SB 622/B 622

SB 619/B 619, SB 626/B 626

SB 366/B 366

AMS 5891, SB 564/B 564

17744, 2.4733, NiCr22W14Mo

N06230

HAYNES® 233 alloy applications include hot gas components in aerospace and industrial gas turbines, industrial heating fixtures and sensors, and various structural components in the emerging technology market.

HAYNES® 242® alloy is ideally suited for a variety of component applications in the aerospace industry. It will be used for seal rings, containment rings, duct segments, casings, fasteners, rocket nozzles, pumps, and many others. In the chemical process industry, 242® alloy will find use in high-temperature hydrofluoric acid vapor-containing processes as a consequence of its excellent resistance to that environment. The alloy also displays excellent resistance to high-temperature fluoride salt mixtures. The high strength and fluorine environment-resistance of 242® alloy has also been shown to provide for excellent service in fluoroelastomer process equipment, such as extrusion screws.

SB 434/B 434

SB 573/B 573, B 472

SFA 5.14 (ERNiMo-12), A 5.14 (ERNiMo-12)

SB 622/B 622

SB 619/B 619, SB 626/B 626

SB 366/B 366

SB 564/B 564

N10242

HAYNES® 244® Alloy is age-hardenable by formation of Ni2 (Cr,Mo,W) domains, which are structurally similar to the strengthening domains in 242® alloy. Judicious alloying with tungsten increased the thermal stability of these domains and lowered the coefficient of thermal expansion. Other important properties such as oxidation resistance and low-cycle fatigue performance are comparable or better than those of 242® alloy.

HAYNES® 263 alloy combines properties which make it suitable for a variety of fabricated component applications in both aircraft turbine engine and industrial turbine applications. These include low-temperature combustors, transition liners, and some ring components.

AMS 5872

AMS 5886

AMS 5966

AMS 5886

N07263

The features of HAYNES® 282® alloy make it suitable for critical gas turbine applications found in the combustors, turbine and exhaust sections, and nozzle components. Fabrication methods commonly employed include sheet and plate fabrications, seamless and flash butt-welded rings, closed die forgings and components directly machined from bar and heavy plate blanks. In industrial gas turbines, HAYNES® 282® alloy is defining performance standards for combustors and transition sections, and other hot-gas-path components requiring exceptional creep life and low cycle fatigue (LCF) resistance. Automotive turbocharger applications, such as seals and high temperature springs, benefit from the superior high-temperature properties. HAYNES® 282® alloy is also a strong candidate for use in Advanced Ultrasupercritical (A-USC) boiler and steam turbines, Supercritical CO2 power cycle, and concentrating solar power plant, where creep life is required to surpass 100,000 hours at 14.5 ksi (100 MPa) at 1400°F (760°C).

AMS 5951

AMS 5915, B 637

AMS 5915, B 637

N07208

HAYNES® 556® alloy combines properties which make it highly useful for service at elevated-temperature in moderately to severely corrosive environments. Applications can include tubing and structural members in municipal and industrial waste incinerators, rotary calciners and kilns for minerals processing, and non-rotating components in industrial gas turbines burning low-grade fuels..

AMS 5874, SB 435/B 435

AMS 5877, SB 572/B 572, B 472

SFA 5.9/ A 5.9 (ER3556), AMS 5831

SB 622/B 622

SB 619/B 619, SB 626/B 626

SB 366/B 366

AMS 5877

1.4883, X10CrNiCoMoN

HAYNES® 625 alloy is widely used in a variety of high- temperature aerospace, chemical process industry, and power industry applications. It provides excellent service in short- term applications at temperatures up to approximately 1500°F (815°C); however, for long-term elevated temperature service, use of alloy 625 is best restricted to a maximum of 1100°F (595°C). Long-term thermal exposure of alloy 625 above 1100°F (595°C) will result in significant embrittlement. For service at these temperatures, more modern materials, such as HAYNES® 230® alloy, are recommended.

AMS 5599, AMS 5869, SB 443/B 443

AMS 5666, B 472, SB 446/B 446

SFA 5.11/ A 5.11 (ENiCrMo-3)

AMS 5837, SFA 5.14/ A 5.14 (ERNiCrMo-3)

AMS 5581, SB 444/B 444

AMS 5584, SB 704/B 704, SB 705/B 705

SB 366/B 366

AMS 5666, SB 564/B 564

17744, 2.4856, NiCr22Mo9Nb

ASME Code Case No. 2468, NACE MR0175, ISO 15156

Butt, fillet welding of 490N/mm2 class high strength steel and low temperature steel of structure such as ships, bridges,buildings and storage tanks etc​

E71T-1C/1M – A5.36 E71T1-C1[M21]A0-CS1-H8
KS D 7104 YFW-C50DR
JIS Z 3313 T49J 0 T1-1 C A-U
EN ISO 17632-A T42 0 P C[M] 1 H10 – ISO 17632-B T49 2 T1-1 C[M] A-H100
AS/NZS ISO 17632-B:2006 T49J 0 T1-1 C A-U H10

15 kg spools, 200 kg drums, others on request

CO2 or Mixed Gas

Used extensively in food processing equipment, particularly in beer brewing, milk processing and wine making, chemical containers, threaded fasteners and springs.

AWS A5.9

ASTM A182-F304 / ASTM A182-F304L

1.4301 / 1.4306

UNS S30400 / UNS S30403

Pumps, valves, marine fittings, fasteners, paper and pulp machinery, and petro chemical equipment.

AWS A5.9

ASTM A182-F316 / ASTM A182-F316L

1.4401 / 1.4404

UNS S31600 / UNS S31603

310 (UNS S31000) is used at temperatures up to 1150°C in continuous service, and 1035°C in intermittent service. Grade 310S is a low carbon version of grade 310.

ASTM A182, A276, A479

1.4845

NACE MR0175

Alloy X-750 exhibits good resistance to oxidizing combustion gas environments at temperatures up to about 1600°F (870°C).

AMS 5542, AMS 5598

AMS 5667, AMS 5668, AMS 5670, AMS 5671, AMS 5747, ASTM B637

AMS 5778, SFA 5.14/ A 5.14 (ERNiCrFe-8)

AMS 5667, AMS 5668' AMS 5670, AMS 5671, AMS 5747, SB 637/B 637

No. 2.4669, NiCr15Fe7TiAl

NACE MR0175, ISO 15156

AISI 420 (UNS S42000) Knives, Surgical Instruments, Fasteners, Shafts, Spindles, Plastic Molds.

AMS 5506, ASTM A176

SAE S1420, ASTM A276

1.4021

BS970,

AISI 410 (UNS S41000) stainless is a corrosion and heat resistant 12% chromium steel. It is the most widely used of the hardenable stainless steels. Heat treated 410 has mechanical properties comparable to the engineering alloy steel AISI 4130, coupled with the additional benefit of good corrosion resistance. 410 is highly resistant to atmospheric corrosion. Maximum corrosion resistance is obtained by hardening and polishing.

AMS 5504, AMS 5505, ASTM A240

AMS.2303, AMS.5612, AMS.5613, ASTM.A276, ASME.SA479, ASME.SA193, ASTM.A314, ASTM.A479, ASTM.A193,

AMS 5591,

AMS 5611, AMS 5614,

1.4006 X12Cr13, DIN EN 10088 -3

NACE.MRO103, NACE MRO175, ISO.15156

Nitronic 50® (UNS S20910) It's an effective alloy for the petroleum, petrochemical, chemical, fertilizer, nuclear fuel recycling, pulp and paper, textile, food processing and marine industries. Components using the combination of excellent corrosion resistance and high strength currently include pumps, valves and fittings, fasteners, cables, chains, screens and wire cloth, marine hardware, boat and pump shafting, heat exchanger parts, springs and photographic equipment.

AMS 5861, ASTM A240

AMS 5764, ASTM A193, ASTM A194, ASTM A276, ASTM A479

AWS E 209

ASTM A269,

ASTM A249, ASTM A269,

ASTM A351, ASTM A743

AMS 5764, ASTM A182,

1.3964

Nitronic 60® (UNS S21800) used for Fasteners, Pins and Bushings, Wear Rails, Roller Bearings, Pump Components.

ASTM A240, F899

AMS 5848, ASTM A193, ASTM A194, ASTM A276, ASTM A479, F899

AWS A5.9

ASTM A743, ASTM A351

AMS 5848, ASTM A182, ASTM A193, ASTM A 194, ASTM A276, ASTM A479

630 (17-4 PH) (UNS S17400) Gate Valves, Chemical Processing Equipment, Pump Shafts, Gears, Plungers, Valve Stems, Balls, Bushings, Seats, Fasteners.

ASME SB 171, ASTM SB 151, ASTM B 122

ASME SA276, ASTM A564

1.4548

NACE MR0175, ISO:15156-3

70/30 Copper Nickel Alloy (C71500) common applications for Copper Nickel include valves, pump components, fittings, flanges and various other marine hardware components.

ASME SB 171, ASTM SB 151, ASTM B 122

ASME SB 151, ASTM B 151, ASTM B 124, ASTM B 122

AS/NZS 1573

AS 1569, AS 1572, ASTM B 111, ASTM B 359, ASTM B 395, ASTM B 466, ASTM B 467, ASTM B 543, ASTM B 552, ASTM B 608, ASTM B 956

AS 1569, AS 1572, ASTM B 111, ASTM B 359, ASTM B 395, ASTM B 466, ASTM B 467, ASTM B 543, ASTM B 552, ASTM B 608, ASTM B 956

ASTM B 283

2.0882

BS 2871-2, BS 2871-3, Def Stan 02 780

90/10 Copper Nickel Alloy (UNS C70600) is a 90% copper, 10% nickel alloy that also contains small but important additions of iron and manganese to enhance overall strength corrosion resistance. This, combined with high ductility and toughness, makes it a popular grade for marine, architectural and industrial applications.

ASM J461, ASME SB171, ASTM B171

ASTM B151, ASTM B122,

AWS A5.15

ASME SB111, ASTM B552,

ASME SB 366, ASTM B 366

2.­08­72

CN­10­2

HAYNES® 625SQ® alloy is readily fabricated and welded using practices common to HAYNES® 625 alloy. HAYNES® 625SQ® alloy sheet and strip find application in aerospace, automotive, and chemical process industry bellow, expansion joints, and fabrications where fatigue resistance, strength, and corrosion resistance are required.

AMS 5879, ASME Code Case No. 2276

ASME Code Case No. 2276, P= 43

ASME SB 366, ASTM B 366, Code Case No. 2276, P= 43

2.4856

N06626

Alloy 201 (UNS N02201) Typical applications are caustic evaporators, combustion boats, plater bars, and electronic components. Nickel 201, because of its low base hardness and lower work-hardening rate, is particularly suited for spinning and cold forming. It is preferred to Nickel 200 for applications involving exposure to temperatures above 600°F (315°C).

AMS 5553, ASME SB 162, ASTM B 162

ASME SB 160, ASTM B 160

ASME SB161, ASME B 163, ASME SB 163, ASME SB 725, ASTM B 751, ASME SB 751, ASTM B775, ASTM B 829, , ASTM B 161, ASTM B 730,

ASME SB 366, ASTM B 366

2.4061, 2.4068

BS 3072-3073 (NA12), BS 3074 (NA12)

Nickel 200 (UNS N02200) is commercially pure (99.6%) wrought nickel. It has good mechanical properties and excellent resistance to many corrosive environments.

AMS 5553, ASME SB 162, ASTM B 162

ASME SB 160, ASTM B 160

ASME SB161, ASME B 163, ASME SB 163, ASME SB 725, ASTM B 751, ASME SB 751, ASTM B775, ASTM B 829, ASTM B 161, , ASTM B 730,

ASME SB 366, ASTM B 366

2.4061, 2.4068

BS 3072-3073 (NA12), BS 3074 (NA12)

Alloy C276 (UNS N10276) is used in chemical processing, pollution control, pulp and paper production, industrial and municipal waste treatment and the recovery of “sour” natural gas. Applications in air pollution control include stack liners, ducts, dampers, scrubbers, stack-gas re-heaters, fans and fan housings.

ASME SB 575, ASME SB 906, ASTM B 575, ASTM B 906,

ASME SB 574, ASTM B 574

AWS A5.14

ASME SB 622, ASME SB 829, ASTM B 622, ASTMB 829

ASME SB 626, ASME SB751, ASTM B 626, ASTM B 751

ASME SB 366, ASTM B 366

ASME SB 564, ASTM B 564

2.4819

Alloy 718 (UNS N07718)The ease and economy with which INCONEL alloy 718 can be fabricated, combined with good tensile, fatigue,
creep, and rupture strength, have resulted in its use in a wide range of applications. Examples of these are components for liquid fueled rockets, rings, casings and various formed sheet metal parts for aircraft and land-based gas turbine engines, and cryogenic tankage. It is also used for fasteners and instrumentation parts.

AMS 5596, AMS 5597, ASME SB 670, ASME SB 906, ASTM B 670, ASTM B 906,

AMS 5662, AMS 5663, AMS 5664, AMS 5832, AMS 5914, AMS 5962, ASME SB 637, ASTM B 637

AWS 5.14 - ERNiFeCr-2, AMS 5832

AMS 5589, AMS 5590, ASTM B 983

AMS 5662, AMS 5663, AS 5664, ASTM SB 637

2.4668, NiCr19Fe19NbMo3

ASME Code Case No. 1993-9, ASME Code Case No.2221-1, NACE MR0175 ISO 15156

Alloy 625 (UNS N06625)It is being used in such applications as combustion system transition liners, propeller blades, seals, fasteners, pumps, turbine shroud rings, heat exchanger tubing, reaction vessels, distillation columns, heat exchangers and valves.

AMS 5599, AMS 5869, ASTM B 443, ASTM SB 443,

AMS 5666, ASME SB 446, ASTM B 446, B 472

SFA5.11/ A 5.11 (ENiCrMo-3)

AMS 5837, SFA 5.14/ A 5.14 (ERNiCrMo-3),

AMS 5581, ASME SB 444, ASTM B 444

AMS 5581, ASME SB 704, ASME SB 705, ASTM B704, ASTM B705

ASME SB 366, ASTM B 366

AMS 5666, SB 564/B

2.4856, NiCr22Mo9Nb

BS 3076 NA21, NACE MR0175. ISO 15156

Grade 4 Titanium (UNS R50700) The material is readily weldable. This material is very corrosion resistant in highly oxidizing and mildly reducing environments. The material is castable and is often utilized in cast valves and fittings.

AMS 4901, ASME SB265, ASTM B265

AMS 4921, ASME SB 348, ASTM B348

AWS A5.16

ASTM B367

ASTM B381

ASTM F67-for surgical implants, ISO 5832-2 for surgical implants

Alloy 601 (UNS N06601)is a standard material of construction for various types of thermal-processing equipment. Industrial-heating applications include baskets, trays, and fixtures for annealing, carburizing, carbonitriding, nitriding and other heat-treating operations. In industrial furnaces, the alloy is used for radiant tubes, muffles, retorts, flame shields, strand-annealing tubes, woven-wire conveyor belts, chain curtains, burner nozzles, and electrical resistance heating elements. Other thermal-processing applications are thermocouple protection tubes, furnace-atmosphere generators, and infrared radiant screens.

ASME SB 168, ASTM B 168

ASME SB 166, ASTM B 166

AWS A5.14

ASME SB 167, ASME SB 751, ASME SB 775, ASME SB 829 ASTM B 167,ASTM B 751, ASTM B 775, ASTM B 829

ASME SB 775, ASTM B 751, ASME SB 751, ASTM B 775

EN10095, 2.4851

DIN 17742

Alloy 600 (UNS N06600)The alloy is used extensively in the chemical industry for its strength and corrosion resistance. Applications include heaters, stills, bubble towers and condensers for processing of fatty acids; evaporator tubes, tube sheets and flaking trays for the manufacture of sodium sulfide; and equipment for handling abietic acid in the manufacture of paper pulp.

AMS 5540, ASME SB 168, ASME SB 906, ASTM B 168, ASTM B 906

ASTM B 166, ASME SB 166

ASME SB 167, ASME SB 163,, ASME SB 516, ASME SB 517, ASME SB 751, ASME SB 775, ASME SB 829, ASTM B 751, ASTM B 163, ASTM B 167, ASTM B 775, ASTM B 829, ASTM B 516, ASTM B 517

ASME SB 167, ASME SB 163, ASME SB 516, ASME SB 517, ASME SB 751,ASME SB 775, ASME SB 829, ASTM B 751, ASTM B 163, ASTM B 167, ASTM B 775, ASTM B 829, ASTM B 516, ASTM B 517

ASME SB 366, ASTM B 366

ASME SB 564, ASTM B 564

2.4816, DIN 17742,

BS 3072 (NA14)

Alloy 400 (UNS N04400)is widely used in many fields, especially marine and chemical processing. Typical applications are valves and pumps; pump and propeller shafts; marine fixtures and fasteners; electrical and electronic components; springs; chemical processing equipment; gasoline and fresh water tanks; crude petroleum stills, process vessels and piping; boiler feedwater heaters and other heat exchangers; and deaerating heaters.

AMS 4544, ASME SB 127, ASTM B 127

ASME SB 164, ASTM B 164

190-AWS A5.11

AWS A5.14

AMS 4574, ASME SB 165, ASME SB 751, ASME SB 775, ASME SB 829, ASTM B 829

ASTM B 725, ASTM B 730, ASTM B 751, ASTM B 775

ASME SB 366, ASTM B 366

ASME SB 564, ASTM B 564

2.4360, 2.4361, DIN 17750, DIN 17754,

BS3076NA13

Alloy K-500 (UNS N05500)typical applicationsare chains and cables, fasteners and springs for marine service; pump and valve components for chemical processing; doctor blades and scrapers for pulp processing in paper production; oil well drill collars and instruments, pump shafts and impellers, non-magnetic housings, safety lifts and valves for oil and gas production; and sensors and other electronic components.

BS3072NA18, QQ-N-286, BS3073NA18

SAE AMS 4676, ASTM B 865, BS3076NA18

BS3074NA18

ASTM B381

DIN 17750, 2.4375

Grade 23 Titanium (UNS R56407) This alloy is commonly used in medical implants where strength is important. The alloy is available as castings, wire, bar, plate, sheet, forgings, rings, and billet.

AMS 4907, ASTM B265

ASTM B348

AWS A5.16

ASTM B861

ASTM B862

ASTM B363

ASTM B381

ASTM F136 Wrought Alloy for Surgical Implants

Grade 12 Titanium (UNS R53400) is readily weldable, and has superior crevice corrosion resistance. This material is very corrosion resistant in highly oxidizing and mildly reducing environments.

ASME SB 265, ASTM B265

ASME SB 348, ASTM B348

AWS A5.16

ASME SB 861, ASTM B337

ASME SB 862, ASTM B337

ASTM B381

AMS 4902

Grade 7 Titanium (UNS R52400) Most of the applications of this grade are in the chemical industries. The most common uses are reactor autoclaves, piping and fittings, valves, heat exchangers and condensers.

ASME SB 265, ASTM B265

ASME SB 348, ASTM B348

AWS A5.16

ASME SB 337, ASME SB 338 ,ASTM B861

ASME SB 337, ASME SB 338, ASTM B862

ASTM B367

Grade 5 Titanium (UNS R56400)The alloy is castable and is utilized "as cast" in sporting goods. The wrought material is used in aerospace, medical, and other applications where moderate strength, good strength to weight,and favorable corrosion properties are required.

ASTM B265, AMS 4911

AMS 4928, AMS 4965, AMS 4963, AMS 4967, ASTM B348, ASTM F67, ASTM F136

AWS A5.16

ASTM B367

AMS 4920, AMS 4965,

ASTM F1472 Wrought Alloy for Surgical Implants

Titanium Grade 3 UNS (R50550) The material is readily weldable. This material is very corrosion resistant in highly oxidizing and mildly reducing environments. The material is castable and is often utilized in cast valves and fittings.

AMS 4900, ASME SB265, ASTM B265

ASME SB 348, ASTM B348

AWS A5.16

ASTM 337, ASTM B861

ASTM B862

ASTM B367

ASTM B381

ASTM F67, for surgical implants, ISO 5832-2 for surgical implants

Grade 2 Titanium UNS (R50400) has good toughness and is readily weldable. This material is very corrosion resistant in highly oxidizing and mildly reducing environments. The material is castable and is often utilized in cast valves and fittings. In plate form, the alloy is also used explosively bonded to make clad plate.

AMS 4902, ASME SB265, ASTM B265

ASME SB 348, ASTM B348

AMS 4951, ASTM 863, AWS A5.16

AMS 4942, ASTM B861

AMS 4941, ASTM B862

ASTM B363

ASME SB367, ASTM B367

ASME SB381, ASTM B381

ASTM F67, for surgical implants, ISO 5832-2 for surgical implants

HAYNES® 718 alloy is normally only used for component applications up to 1200°F (650°C); however, its oxidation resistance is comparable to that for other gamma-prime-strengthened superalloys.

AMS 5596, AMS 5597

AMS 5662, AMS 5663, AMS 5664, SB 637/B 637

AMS 5832, A 5.14 (ERNiFeCr-2)

AMS 5589, AMS 5590, B 983

AMS 5662, AMS 5663, AMS 5664, SB 637/B 637

17742 No. 2.4668, NiCr19Fe19NbMo3

ASME Code Case No. 1993-6 Case No. 2221-1, NACE MR0175 ISO 15156

HAYNES® HR-120® alloy applications include those which require high strength combined with good resistance to carburizing and sulfidizing environments such as the following: Bar Frame Heat Treating Baskets, Radiant Tubes, Wire Mesh Furnace Belts and Basket Liners, Cast Link Belt Pins, Muffles, Retorts, Recuperators, Heat Treating Fixtures, Fluidized Bed Components. Waste Incinerators.

AMS 5916, SB 409/B 409, P= 45

SB 408/B 408, B 472, P= 45

SB 407/B 407, SB 163/B 163, P= 45

SB 514/B 514, SB 515/B 515, P= 45

SB 366/B 366, P= 45

SB 564/B 564, P= 45

No. 2.4854, NiFe33Cr25Co

HAYNES® HR-160® alloy applications include waste incineration and chemical process industries.

SB 435/B 435, P= 46

SB 572/B 572, B 472, P= 46

SFA 5.14/ A 5.14 (ERNiCoCrSi-1), F= 46

SB 622/B 622, P= 46

SB 619/B 619, SB 626/B 626, P= 46

SB 366/B 366, P= 46

SB 564/B 564, P= 46

No. 2.4880, NiCo29Cr28Si

ASME Code Case, No. 2385

Potential uses include applications in heat recuperators, automotive catalytic converters and heat shields, strand annealing furnace tubulars, and other severely oxidizing environments.

Petrochemical Plants, Syngas production, Synthesis of ammonia, methanol, LNG, H2, Microchannel High Temperature Reactors, High carbon containing gases, Direct reduction of iron ores, Carbon fiber production, Gas-to-liquids (GTL) plants, Steam-methane-reforming process.

ASTM B168

ASTM B166

ASTM B167

ASTM B619, ASTM B626

MULTIMET® alloy has been used in a number of aircraft application including tailpipes and tail cones, afterburner parts, exhaust manifolds, combustion chambers, turbine blades, buckets, and nozzles. It also gives excellent service for high-temperature bolts, and has proven to be an economical material of construction for use in heat-treating equipment where strength at high temperatures is essential.

AMS 5532

AMS 5768

AMS 5795. SFA 5.4/ A 5.4 (E3155)

AMS 5794

AMS 5768, AMS 5769, B 639

HAYNES® NS-163® alloy will become available for commercial sale upon completion of key process developments.

HAYNES® R-41 alloy is being used in afterburner parts and nozzle diaphragm partitions in current gas turbine engines.

AMS 5545

AMS 5712

AMS 5800

AMS 5712

HASTELLOY® S alloy is being used extensively as seal rings in gas turbine engines where its low thermal expansion coefficients is also important.

HASTELLOY® W is also used as a wrought alloy for a limited number of ring-type applications in older gas turbine engines. HAYNES® 242® alloy is a more modern alloy, and should be considered as a substitute for alloy W in these ring applications.

AMS 5755

AMS 578, AWS A5.11 & ASME SFA 5.11 (ENiMo-3)

AMS 5786, AWS A5.14 & ASME SFA 5.14 (ERNiMo-3)

AMS 5755

HAYNES® Waspaloy alloy exhibits good resistance to gas turbine combustion environments at temperatures up to about 1600°F (870°C). Waspaloy alloy is now being replaced in many applications by HAYNES® 282® alloy, due to the superior fabricability and creep-strength of 282® alloy.

AMS 5544

AMS 5704, AMS 5706, AMS 5707, SB 637/B 637

AMS 5828

AMS 5704, AMS 5706, AMS 5707, SB 637/ B637

HAYNES® X-750 alloy exhibits good resistance to oxidizing combustion gas environments at temperatures up to about 1600°F (870°C).

AMS 5542, AMS 5598

AMS 5667, AMS 5668, AMS 5670, AMS 5671, AMS 5747

AMS 5778, SFA 5.14/ A 5.14 (ERNiCrFe-8)

AMS 5667, AMS 5668, AMS 5670, AMS 5671, AMS 5747, SB 637/B 637

No. 2.4669, NiCr15Fe7TiAl

NACE MR0175, ISO 15156

HASTELLOY® C-4 alloy (UNS N06455) is the most (microstructurally) stable of the widely used nickel-chromium-molybdenum materials, which are well known for their resistance to many aggressive chemicals, in particular hydrochloric acid, sulfuric acid, and chlorides. This stability means that the alloy can be welded without fear of sensitization, i.e. the nucleation and growth of deleterious, second phase precipitates in the grain boundaries of the weld heat-affected zone (HAZ).
Like other nickel alloys, it is ductile, easy to form and weld, and possesses exceptional resistance to stress corrosion cracking in chloride-bearing solutions (a form of degradation to which the austenitic stainless steels are prone). With its high chromium and molybdenum contents, it is able to withstand both oxidizing and non-oxidizing acids, and is resistant to pitting and crevice attack in the presence of chlorides and other halides.

HASTELLOY® C-4 alloy typical chemical process industry (CPI) applications include reactors and heat exchangers.

HASTELLOY® C-4 alloy is available in the form of plates, sheets, strips, billets, bars, wires, pipes, tubes, forgings, fittings and covered electrodes.