CHEMICAL COMPOSITION %
  Ni Cr Fe Ti Al Nb Co Mo W Mn
Inconel X-750™ >70 14-17 5-9 2,25-2,75 0,4-1,0 0,7-1,2 0-1,0 - - 0-1,0
Inconel 718™ 50-55 17-21 Bal 0,65-1,15 0,2-0,8 4,75-5,5 0-1,0 2,8-3,3 - -
Nimonic 90™ 54 18-21 - 2-3 1-2 - 15-21 - - -
Hastelloy C-276™ 55 14,5-16,5 4-7 - - - 0-2,5 15-17 3-4,5 -
MP35N™ 35 20 1-1,0 0-1,0 - - 35 10 - -
AISI 316 10,5-13,5 16,5-18,5 - - - - - 2,0-2,5 - 42

TYPICAL PROPERTY DATA
                                              Density kg/dm3 Elasticity modulus (E) kN/mm2 Rigidity modulus (G) kN/mm2 Electrical conductivity IACS Tensile Strength N/mm2 after ageing Recommended service temperatures interval
Inconel X-750™, No 1 Temper 8,25 213 75,8 1,0% 1100-1250 -200 - +550 °C
Inconel X-750™, spring temper 8,25 213 75,8 1,0% 1350-1750 -200 - +370 °C
Inconel 718™ 8,22 205 77,2 1,4% 1440-1540 -200 - +550 °C
Nimonic 90™ 8,18 213 82,5 1,5% 1310-1540 -100 - +550 °C
Hastelloy C-276™ 8,88 205 73 2,0% 1300-1400 -100 - +500 °C
MP35N™ 8,57 234 80,7 1,7% 1400-2100 -200 - +315 °C
AISI 316 8,00 185 71 2,3% 1100-1500 -200 - +300 °C

CORROSION-RESISTANCE
Rough estimation
= Good to excellent
= Acceptable
= Not suitable
Chloride
cracking
Sulphuric
Acid
Hydro
cloric
Acid
Hydro
fluoric
Acid
Phosphoric
Acid
Nitric
Acid
Organic
Acid
Alkalies
Salts
Seawater
Inconel 718™
Hastelloy C-276™
MP35N™
AISI 316 - - - -

HIGH-TEMPERATURE CHARACTERISTICS
Rough estimation
= Good to excellent
= Acceptable
Chemical
Strength
and
stability
Oxidation
resistance
Carburization
resistance
Sulphidation
resistance
Nitriding
resistance
Carbonitriding
resistance
Resistance
to Molten
Salts
Inconel 718™
Inconel X-750™
Nimonic 90™
 
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