Super Duplex F53 Round Bars

Super Duplex F53 Round Bars Specification

Grade
Industrial

Standard
ASTM A276, ASTM A479, ASME SA276, ASME SA479

Technique
Hot Rolled, Cold Drawn, Annealed

Finish
Bright, Black, Polished, Peeled

Material
Super Duplex Stainless Steel (F53, UNS S32750)

Processing
Hot working, Cold drawing, Machined

Length
6 meter,18 meter Meter (m)

Tolerance
h9, h11 or as per specification

Specific Use
High corrosion resistance & high-stress applications

Diameter
5 mm to 300 mm

Application
Construction

Type
Round Bar

Bar End Condition
Square cut or machined

Magnetic Properties
Magnetic

Elongation
15 - 25%

Tensile Strength
800 - 1000 MPa

Heat Treatment
Solution annealed

Density
7.8 g/cm3

Corrosion Resistance
Excellent resistance to pitting, crevice, and stress corrosion cracking

Impact Toughness
High, even at subzero temperatures

Yield Strength
550 MPa min

Hardness
Max 310 HB

Super Duplex F53 Round Bars Trade Information

Minimum Order Quantity
100 Kilograms

Delivery Time
10-15 Days

About Super Duplex F53 Round Bars

Buy top-ranking Super Duplex F53 Round Bars, revered for their inestimable strength and venerable quality. These round bars, with a density of 7.8 g/cm3, tensile strength of 800-1000 MPa, and yield strength above 550 MPa, promise unmatched reliability for high-stress, corrosive environments. Each bar is expertly solution annealed and available in lengths of 6 to 18 meters. Choose from finishes like bright, black, or polished, in diameters between 5 mm and 300 mm. Personalise to reduced tolerances as required. Ideal for use in construction and industrial applications, these bars meet ASTM and ASME standards and are available from a leading Indian exporter, manufacturer, and wholesaler.

Exceptional Advantages and Diverse Applications

Super Duplex F53 Round Bars deliver significant advantages such as excellent corrosion resistance, remarkable impact toughness (even at subzero temperatures), and ultimate reliability in high-stress environments. Typical use types include critical construction projects, demanding industrial assemblies, and engineering applications requiring robust materials. Specifically designed for instances where both high strength and corrosion resistance are imperative, these round bars assure structural integrity for general and highly specialized applications.

Domestic Market Reach, Certifications, and Delivery Policy

Serving the vast Indian market, Super Duplex F53 Round Bars come with robust certifications-ASTM A276, ASTM A479, ASME SA276, and SA479-guaranteeing quality. We offer transport services across India with secure and express shipping options, prioritising prompt and safe delivery. Our sample policy is flexible, enabling clients to request product samples for verification prior to purchase, ensuring satisfaction from the outset.

FAQ's of Super Duplex F53 Round Bars:

Q: How can Super Duplex F53 Round Bars benefit industrial and construction projects?

A: Their exceptional tensile and yield strengths, coupled with excellent corrosion resistance, provide superior performance in demanding environments, minimizing maintenance and extending service life.

Q: What customization options are offered for Super Duplex F53 Round Bars?

A: Buyers can personalise bar lengths (6 or 18 meters), diameters (5 mm to 300 mm), finishes (bright, black, polished), and tolerances (h9, h11, or as specified) to suit project requirements.

Q: Where do you deliver Super Duplex F53 Round Bars within India?

A: We provide nationwide transport services, offering secure shipping and express delivery options across the country to ensure timely arrival at your site.

Q: What is the main usage process for Super Duplex F53 Round Bars in industrial applications?

A: These bars can be hot worked, cold drawn, or machined for integration into construction, marine, or engineering infrastructure demanding high corrosion and stress tolerance.

Q: When should Super Duplex F53 Round Bars be selected over conventional stainless steels?

A: Opt for Super Duplex F53 when extremely high strength and resistance to pitting, crevice, and stress corrosion cracking are pivotal, particularly in aggressive chemical or marine environments.