Haynes® 282® (Alloy 282) Wire UNS N07208
Alloy 282 is a corrosion and heat resistant gamma-prime strengthened nickel base alloy used in applications requiring high strength up to 1600°F (982°C), but not limited to those alone.
Shaped, Flat, Square, Round, Fine Wire, Plated and Un-plated AMS 5951, ASTM B637
Haynes® 282 and Alloy 282 Wire Description
Alloy 282 is a corrosion and heat resistant gamma-prime strengthened nickel base alloy. Used in applications requiring high strength up to 1600°F (982°C) but not limited to those alone. The alloy has excellent creep strength in the temperature range of 1200-1700°F (649-927°C), surpassing Waspaloy® and approaching R-41.
Gas turbine components
Nickel: 57.0 Min
Iron: 1.5 max
Manganese: 0.3 max
Silicon: 0.15 max
Density: 0.299 lb/in³, 8.27 g/cm3
Electrical Resistivity: µohm-in (µohm-cm):
At 70°F (21°C): 49.7 (126.2)
At 200°F (100°C): 50.3 (127.8)
At 400°F (200°C): 51.2 (129.9)
At 800°F (400°C): 52.7 (133.4)
At 1000°F (600°C): 53.5 (136.2)
At 1200°F (700°C): 53.4 (135.5)
At 1400°F (800°C): 53.1 (134.5)
At 1600°F (900°C): 52.5 (132.2)
At 1800°F (1000°C): 51.3 (129.9)
Specific Heat: BTU/lb-°F (J/g-K):
At 70°F (21°C): 0.104 (436)
At 200°F (100°C): 0.110 (494)
At 400°F (200°C): 0.118 (544)
At 800°F (400°C): 0.131 (563)
At 1000°F (600°C): 0.136 (581)
At 1200°F (700°C): 0.140 (594)
At 1400°F (800°C): 0.150 (650)
At 1600°F (900°C): 0.158 (668)
At 1800°F (1000°C): 0.161 (676)
Thermal Conductivity: BTU-in/hr-ft²-°F (W/m-°C)
At 70°F (21°C): 72 (10.3)
At 200°F (100°C): 82 (12.0
At 400°F (200°C): 99 (14.1)
At 800°F (400°C): 132 (18.5)
At 1000°F (600°C): 148 (22.6)
At 1200°F (700°C): 164 (24.8)
At 1400°F (800°C): 177 (26.1)
At 1600°F (900°C): 187 (27.3)
At 1800°F (1000°C): 199 (28.9)
Mean Coefficient of Thermal Expansion: µin/in-°F (µm/m-°C)
70-800°F (20-500°C): 7.3 (13.5)
70-1000°F (20-600°C): 7.5 (13.7)
70-1200°F (20-700°C): 7.8 (14.2)
70-1400°F (20-800°C): 8.1 (14.9)
70-1600°F (20-900°C): 8.7 (15.9)
70-1800°F (20-1000°C): 9.3 (16.9)
Modulus of Elasticity: KSI (MPa)
31.3 x 10³ (216 x 10³) in tension
Melting Range: 2370-2510°F (1300-1375°C)
Mechanical Properties at Room Temperature
Properties: Annealed Typical
Ultimate Tensile Strength: 122 KSI (839 MPa)
Yield Strength: 56 KSI (384 MPa)
Hardness: Rb 90
Properties: Cold Worked: Typical
Cold Worked: 10 %
Ultimate Tensile Strength: 132 KSI (909 MPa)
Yield Strength: 88 KSI (605 MPa)
Cold Worked: 30%
Ultimate Tensile Strength: 165 KSI (1141 MPa)
Yield Strength: 139 KSI (963 MPa)
Cold Worked: 50%
Ultimate Tensile Strength: 200 KSI (1382 MPa)
Yield Strength: 174 KSI (1204 MPa)
Alloy 282 can be cold rolled to achieve additional temper properties required by specific customers and/or manufacturing requirements. Contact Ulbrich Wire for details.
Properties: Heat Treated Typical
Solution Anneal: 2100°F (1149°C), Age-Hardening: 1850°F (1010°C) for 2 hours, air cool plus 1400°F (788°C) for 8 hours, air cool.
Ultimate Tensile Strength: 160 KSI (1132 MPa)
Yield Strength: 101 KSI (699 MPa)
Refer to NACE (National Association of Corrosion Engineers) for recommendations.
Standard Wire Finishes
Extra Clean: (XC) Extra clean is also referred to as “bright annealed” or “bright annealed and cold rolled”
Grease (round wire only): Drawn in a heavy grease produces an “Ultra bright” finish for decorative applications
Soap (round wire only): Soap is used as a lubricant in the drawing process and is not removed. It acts as a lubricant during customer part forming operation.
A soap finish is available in tempered products.
Plated: Many plating options are available.
*Special finishes are available: Contact Ulbrich Wire Sales with special finish and plating requests.
Cut to lengths
Alloy 282 is hardenable by cold working and by heat treatment.
For best results refer to: SSINA’s “Welding of Stainless Steels and Other Joining Methods”.
*HAYNES® 282® is a registered trademark of Haynes International
Limitation of Liability and Disclaimer of Warranty: In no event will Ulbrich Stainless Steels and Special Metals, Inc., be liable for any damages arising from the use of the information included in this document or that it is suitable for the ‘applications’ noted. We believe the information and data provided to be accurate to the best of our knowledge but, all data is considered typical values only. It is intended for reference and general information and not recommended for specification, design or engineering purposes. Ulbrich assumes no implied or express warranty in regard to the creation or accuracy of the data provided in this document.