Hastelloy B3 Channels

Name: Hastelloy B3 Channels
Brand: Skyland Metal & Alloys Inc.
Price: 500.0 INR
Availability: InStock

Price 500.0 INR/ Kilograms

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MOQ : 1 Kilograms

Hastelloy B3 Channels Specification

Impurity Content (%)
0.5%

Dimensions
Customizable as per requirements

Product Type
Channel

Alloy
Hastelloy B3

Shape
C-Channel / U-Channel

Size
Standard & Custom Sizes Available

Weight
Varies with dimensions and length

Application
Chemical Processing, Power Generation, Petrochemical, Marine, Pharmaceutical Industries

Color
Silver/Metallic

Elongation
40% min

Corrosion Resistance
Excellent resistance to hydrochloric (HCl) and sulphuric acids

Standard Specification
ASTM B619/B622/B626

Density
9.22 g/cm3

Form
Hot Rolled / Cold Rolled

Yield Strength
310 MPa min

Length
6 meters or custom cut lengths

Hardness
Rockwell B84 max

Surface Finish
Smooth, Mill Finish or Polished

Machinability
Good with suitable tooling

Tensile Strength
760 MPa min

Thickness Range
3 mm to 50 mm or as requested

Melting Point
1370-1418C

Material Grade
UNS N10675

Hastelloy B3 Channels Trade Information

Minimum Order Quantity
1 Kilograms

Delivery Time
7 Days

Hastelloy B3 Channels About

Hastelloy B3 Channel is a channel structural part made from Hastelloy B3 Channel, which is characterized as a material that can bear severe chemical erosion. Hastelloy B3 Channels provide durability and reliability that are imperative for structural applications in corrosive environments.

Robust Chemical Resistance

Hastelloy B3 Channels deliver robust protection against aggressive acids, making them a top choice for processes involving hydrochloric and sulphuric acids. Their excellent corrosion resistance ensures reliability and long-term performance, reducing downtime and maintenance costs in demanding environments.

Customizable Dimensions & Versatile Applications

These channels are available in both standard and custom sizes, thicknesses from 3 mm to 50 mm, and variable lengths to adapt to specific project needs. Their versatility allows them to support diverse sectors, including power generation, marine engineering, pharmaceuticals, chemical processing, and petrochemicals.

Superior Mechanical Properties

Designed with high yield and tensile strengths, coupled with 40% minimum elongation, Hastelloy B3 Channels resist mechanical stress and deformation. Their Rockwell B84 max hardness and density of 9.22 g/cm3 further enhance their structural integrity and toughness in any setting.

FAQ's of Hastelloy B3 Channels:

Q: How do Hastelloy B3 Channels perform in acidic environments?

A: Hastelloy B3 Channels exhibit excellent resistance to both hydrochloric and sulphuric acids, making them suitable for applications in environments prone to aggressive chemical corrosion, such as chemical processing plants.

Q: What are the typical applications of these channels?

A: They are commonly used in chemical processing, power generation, marine environments, petrochemical, and pharmaceutical industries due to their outstanding corrosion resistance and mechanical strength.

Q: Where can I source Hastelloy B3 Channels in custom sizes?

A: You can purchase these channels from experienced exporters, importers, manufacturers, suppliers, and traders offering both standard and tailored dimensions to meet specific project requirements.

Q: What process is used to achieve different surface finishes?

A: Hastelloy B3 Channels can be provided with smooth, mill, or polished finishes, achieved through hot or cold rolling and subsequent surface treatment processes, depending on the required appearance and application.

Q: When is it beneficial to choose Hastelloy B3 over other alloys?

A: Selecting Hastelloy B3 is advantageous when your application demands superior resistance to hydrochloric or sulphuric acids, alongside high mechanical strength and formability.

Q: What are the benefits of using Hastelloy B3 Channels in power generation and marine sectors?

A: In these sectors, Hastelloy B3 Channels deliver enhanced durability against corrosion, reducing maintenance and replacement intervals while supporting the structural integrity of critical infrastructure.

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