Available products

Furnace door
Heat-resistant furnace bottom plate
Heat-resistant guard plate
Precision cast heat-resistant frames and trays
Heat-resistant heat treatment tooling and fixtures
Cement drying kiln components
Ore roasting furnace components
High-temperature heat radiation tubes
Heat-resistant heat exchanger tube supports and clamps
Heat-resistant screws and spirals
Coal injection nozzles for power plants
Heat-resistant slide rails
Heat-resistant U-shaped radiant tubes
Heat-resistant centrifugal cast tubes
Heat-resistant cantilever rollers, rollers, roller heads
Lost wax precision cast heat-resistant sliders
Heat-resistant steel pusher
High-temperature thermometer casings
Kiln mouth and kiln tail protection plates
Aluminum factory-specific heat-resistant grapples, aluminum slag grapples
Cement factory high-temperature grinding drums
Wind caps for power plants
Incinerator grate bars
Heat treatment support rods
Walking beam furnace heat-resistant cantilever rollers
Heat-resistant rolling mill rolls
High-temperature hot press molds
Steel mill heat-resistant furnace covers
Heat-resistant mesh belt furnace bottom plates

Chemical composition

Physical properties

Material properties

UNS N08151, often specified under ASTM A351 as a low carbon, niobium-strengthened alloy, is designed for superior creep rupture strength over conventional nickel-based superalloys. This material excels in high-temperature applications, offering excellent resistance to oxidation and corrosion, particularly in the petrochemical and aerospace sectors. Its ability to withstand temperatures up to 1040°C (1900°F) makes it an optimal choice for severe service conditions.

Advantage

1.Superior creep rupture strength at high temperatures.
2.Excellent resistance to oxidation and corrosion.
3.Maintains mechanical properties in extreme heat.
4.Suitable for high-stress applications.
5.Ideal for critical aerospace and petrochemical components.

Application

UNS N08151 is extensively utilized in environments that require exceptional high-temperature performance such as aerospace engine components and petrochemical reactors. The alloy's enhanced creep resistance and durability under thermal stress make it ideal for turbine blades, combustion chambers, and other critical high-temperature components.