Rod nickel alloy 825
for the aerospace industry

rod nickel alloy
rod nickel alloy
rod nickel alloy
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Characteristics

Form
rod
Other characteristics
for the aerospace industry
Mechanical resistance

586 MPa

Elasticity

241 MPa

Typical elongation

30 %

Description

Alloy 825 is a titanium stabilised austenitic nickel base alloy with additions of molybdenum and copper. The alloy offers exceptional corrosion resistance in reducing and oxidating environments and provides resistance to chloride stress corrosion cracking and pitting. The addition of titanium in the alloying process stabilises the product against sensitisation in the 'as-welded' condition. The resulting alloy is resistant to intergranular attack in exposed temperature ranges. A similar effect would occur on unstabilised stainless steel. Performance Alloy 825 offers good mechanical properties fromcryogenic to moderately high temperatures. The alloy is readily formable and weldable by various methods. Our product finds use in applications such as oil & gas piping systems, nuclear fuel processing and acids production. Stock Availability Smiths Advanced Metals offers Alloy 825 bars from stock in various sizes to suit your engineering requirements. Grades / Specifications ASME SB425 ASME SB564 ASTM B425 ASTM B564 BS 3076 NACE MR0103 2.4858 NA16 NiCr21Mo Applications Oil & gas piping systems Nuclear fuel processing Acids production Electrostatic precipitator electrodes Product Benefits Excellent phosphoric & sulfuric acid resistance Good mechanical properties Good performance at low and high temperature Excellent resistance to chloride stress corrosion cracking

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