Incoloy 330 Silicon-Enhanced High Temperature Alloy Plate
Incoloy 330 Silicon-Enhanced High Temperature Alloy Plate
SKU:NIC-783247
Enhanced Incoloy 330 Plate with superior oxidation resistance and high-temperature strength, ideal for industrial heating applications.
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$129.99
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Incoloy 330 Silicon-Enhanced High Temperature Alloy Plate
$129.99
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Incoloy 330 Silicon-Enhanced High Temperature Alloy Plate
$129.99
Quantity: 1
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The Incoloy 330 Plate is a superior nickel-iron-chromium alloy fortified with silicon, ensuring exceptional resistance to oxidation. With robust strength in high-temperature environments and outstanding protection against carburizing and oxidizing atmospheres, this alloy maintains its austenitic microstructure even during prolonged exposure to extreme heat. Ideal for industrial heating applications such as furnace muffles, retorts, conveyor systems, and heat-treating fixtures, this plate is available in a thickness of 0.1875 inches (4.75 mm). Compliant with ASTM specifications ASME SB-536, ASTM B-536, SAE 5592, and UNS N08330, it offers a range of mechanical properties including high rupture strength at elevated temperatures.
Product Specifications
Nickel Alloy Compositions Alloy
Incoloy 330
Nickel Alloy Compositions Astm Specification
ASME SB-536 | ASTM B-536 | SAE 5592 | UNS N08330
Nickel Alloy Compositions Basic Composition
1.1% Silicon | 18.5% Chrominum | 35.5% Nickel | 44.0% Iron
Nickel Alloy Compositions Density
0.292 lbs/in³ | 8.08 g/cm³
Specifications Material
Incoloy®
Specifications Plate Weight Per Unit Area
0.06000 lbs/in² | 42.184176 kg/m²
Specifications Shapeform
Plates
Specifications Thickness
0.1875 inches | 4.75 mm
Mechanical Properties Melting Temperature Range
2450 to 2600 ºF | 1345 to 1425 ºC
Mechanical Properties Rupture Strength 1000 H At 1400f76
7000 psi | 48 MPa
Mechanical Properties Rupture Strength 1000 H At 1600f87
3100 psi | 21 MPa
Mechanical Properties Rupture Strength 1000 H At 1800f98
1250 psi | 8.6 MPa
Mechanical Properties Rupture Strength 1000 H At 2000f10
780 psi | 5.4 MPa