Inconel 617 High-Temperature Alloy Plate
Inconel 617 High-Temperature Alloy Plate
SKU:NIC-cdb4b0
Premium Inconel 617 Plate with exceptional high-temperature resistance and metallurgical stability. Ideal for gas turbines, petrochemical processing, and more.
Regular price
$800.00
Regular price
Sale price
$800.00
Unit price
per
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.

The Inconel 617 Plate is a premium nickel-chromium-cobalt-molybdenum alloy renowned for exceptional metallurgical stability, high strength, and outstanding oxidation resistance in elevated temperature environments. With added aluminum for enhanced oxidation resistance, this plate is ideal for critical applications in gas turbines, petrochemical processing, heat-treating equipment, and nitric acid production. Compliant with ASTM specifications including ASME SB-166(w), ASTM B166(w), SAE 5887, and UNS N06617, this plate offers superior durability and longevity in corrosive aqueous settings.
Product Specifications
Nickel Alloy Compositions Alloy
Inconel® 617
Nickel Alloy Compositions Astm Specification
ASME SB-166(w) | ASTM B166(w) | SAE 5887 | UNS N06617
Nickel Alloy Compositions Basic Composition
1.2% Aluminum | 1.5% Iron | 125% Cobalt | 22.0% Chrominum | 52.0% Nickel | 9.0% Molybdenum
Nickel Alloy Compositions Density
0.302 lbs/in³ | 8.36 g/cm³
Specifications Material
Inconel®
Specifications Plate Weight Per Unit Area
0.39661 lbs/in² | 278.844434056 kg/m²
Specifications Shapeform
Plates
Specifications Thickness
1.250 inches | 31.75 mm
Mechanical Properties Melting Temperature Range
2430 to 2510 ºF | 1330 to 1380 ºC
Mechanical Properties Rupture Strength 1000 H At 1200f65
47000 psi | 320 MPa
Mechanical Properties Rupture Strength 1000 H At 1400f76
22000 psi | 150 MPa
Mechanical Properties Rupture Strength 1000 H At 1600f87
8400 psi | 58 MPa
Mechanical Properties Rupture Strength 1000 H At 1800f98
3600 psi | 25 MPa
Mechanical Properties Rupture Strength 1000 H At 2000f10
1500 psi | 10 MPa