• 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
  • 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
  • 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
  • 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
  • 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
  • 124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy
124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy

124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy

Product Details:

Place of Origin: China
Brand Name: DLX
Model Number: incoloy alloy 925

Payment & Shipping Terms:

Minimum Order Quantity: 5
Packaging Details: wooden case, woven polybag
Delivery Time: 5-21 days
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 300 tons per month
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Detail Information

Material: Ni Fe Cr Mo Ti Al Nickel(Min): 42-46%
Tensile Strength:: 172 Yield Strength: 124
Density: 8.08 G/cm³ Elongation: 27%
Condition: Hard / Soft Sureface: Bright,Oxided
Delivery Time: 7-50 Days Melting Point: 1311-1366°C
Hardness: 336
High Light:

124 MPA Incoloy Alloy

,

ASTM B805 Iron Chromium Aluminium

,

925 Incoloy Alloy

Product Description

124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy 0


 


  • Inconel Alloy Series

Incoloy alloy 925 (UNS N09925) with the additions of molybdenum, copper, titanium and aluminium is an age hardenable nickel-iron-chromium alloy, providing a combination of high strength and excellent corrosion resistance. Sufficient nickel content provides protection against chloride-ion stress-corrosion cracking whilst in conjuncton with the added molybdenum and copper resistance to reducing chemicals is enjoyed. Molybdenum additionally aids resistance to pitting and crevice corrosion whilst Chromium offers resistance to oxidizing enviroments. During heat treatment a strengthening reaction is caused by the addition of titanium and aluminium.

 

Application requiring a combination of high strength and corrosion resistance may consider Incoloy alloy 925. Resistance to sulfide stress cracking and stress-corrosion cracking in "sour" crude oil and natural gas enviromments means that it is used for down-hole and surface gas-well components as well as finding uses in marine and pump shafts or high-strength piping systems.

 


  • 1. Chemical Composition Requirement

    The Chemical Composition of Incoloy 925, %
    Nickel 42.0-46.0
    Chromium 19.5-22.5
    Iron ≥22.0
    Molybdenum 2.5-3.5
    Copper 1.5-3.0
    Titanium 1.9-2.4
    Alumium 0.1-0.5
    Manganese ≤1.00
    Silicon ≤0.50
    Niobium ≤0.50
    Carbon ≤0.03
    Sulfur ≤0.30
     
  • 2. Mechanical Properties of Incoloy 925

    Tensile Strength, min. Yield Strength, min. Elongation, min. Hardness, min.
    Mpa ksi Mpa ksi % HRC
    1210 176 815 118 24 36.5

    3. Physical Properties of Incoloy 925

    Density Melting Range Specific Heat Electrical Resistivity
    g/cm3 °F °C J/kg.k Btu/lb. °F µΩ·m
    8.08 2392-2490 1311-1366 435 0.104 1166

    4. Product Forms and Standards

    Product Form Standard
    Rod, bar & Wire ASTM B805
    Plate, sheet & strip ASTM B872
    Seamless pipe and tube ASTM B983
    Forging ASTM B637
     

 

124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy 1124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy 2124 MPA Soft Corrosion ASTM B805 Titanium 925 Incoloy Alloy 3

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