Inconel 800 Angle

Name: Inconel 800 Angle
Brand: Skyland Metal & Alloys Inc.
Price: 500.0 INR
Availability: InStock

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MOQ : 1 Kilograms

Inconel 800 Angle Specification

Standard
ASTM B408, ASME SB408

Grade
Inconel 800 / UNS N08800

Thickness
3 mm to 20 mm (customizable)

Surface Treatment
Bright, Polished, Annealed

Technics
Hot Rolled / Cold Drawn / Annealed

Application
Petrochemical, Power Generation, Heat Exchangers, Refineries, Furnace Components

Material
Inconel 800 (Nickel-Iron-Chromium Alloy)

Shape
Angle (L-shape)

Type
Hot Rolled, Cold Drawn

Tolerance
0.5 mm

Dimensions
Customized as per requirement, standard L angle sizes available

Steel Type
Nickel-based Super Alloy

Packing
Standard Export Packing, Wooden Case or Bundle

Edge Type
Sharp / Square / Mill Edge

Length
Up to 6 meters or customized

Color
Silver / Metallic

Elongation
30%

Yield Strength
205 MPa

Temperature Range
Up to 1100C (2012F)

Density
7.94 g/cm3

Corrosion Resistance
Excellent in high temperature and corrosive environments

Inconel 800 Angle Trade Information

Minimum Order Quantity
1 Kilograms

Delivery Time
7 Days

Inconel 800 Angle About

Inconel 800 Angle is a structure used in manufacturing equipment using Inconel 800, an alloy with a nickel-chromium-iron base that resists oxidation and corrosion at high temperatures. This group of alloys is well suited to work under conditions of high and strong influences of some other chemicals. It is useful for several industries, such as electrical, power, and chemical industries.

High-Temperature Performance

Inconel 800 Angle is specifically engineered to withstand temperatures up to 1100C (2012F), maintaining its integrity and mechanical strength even under strenuous conditions. Its superior yield strength of 205 MPa and elongation of 30% make it reliable in applications requiring both durability and flexibility. This is why it's widely favored in thermal processing and energy industries.

Corrosion Resistance and Longevity

Thanks to its unique nickel-iron-chromium composition, Inconel 800 Angle offers excellent resistance to oxidation, carburization, and other corrosive phenomena. This property guarantees a longer service life, especially in harsh, corrosive, or high-temperature industrial environments, such as refineries and chemical plants.

FAQ's of Inconel 800 Angle:

Q: How is Inconel 800 Angle manufactured?

A: Inconel 800 Angle is manufactured using hot rolling, cold drawing, or annealing techniques, which ensure consistent dimensional accuracy and mechanical properties. These methods conform to ASTM B408 and ASME SB408 standards, offering reliable structural performance.

Q: What applications is Inconel 800 Angle commonly used for?

A: This angle is widely used in petrochemical processing, power generation, heat exchangers, refineries, and furnace components due to its ability to withstand high temperatures and resist corrosion in demanding environments.

Q: When should I choose Inconel 800 Angle over other materials?

A: Select Inconel 800 Angle when your project involves exposure to extremely high temperatures, up to 1100C, or environments with aggressive chemical or corrosive agents, as it maintains strength and resists degradation under such conditions.

Q: Where can customized sizes of Inconel 800 Angle be sourced?

A: Customized sizes are readily available through reputable exporters, importers, manufacturers, suppliers, and traders specializing in nickel-based super alloys. Both standard and tailored dimensions can be supplied to your project requirements.

Q: What is the typical process for ordering Inconel 800 Angle?

A: Begin by specifying your dimensional, thickness, and edge requirements. The supplier will produce the angles using the appropriate manufacturing technique, followed by quality inspection to meet ASTM or ASME standards. The product is then packed in wooden cases or bundles for safe transportation.

Q: How does Inconel 800 Angle benefit industrial operations?

A: Its exceptional high-temperature and corrosion resistance translate to reduced maintenance, longer equipment life, and reliable performance in demanding applications, leading to cost savings and improved operational uptime.

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