Hastelloy C2000 Round Bars

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Hastelloy C2000 Round Bars Specification

Diameter
10 mm to 200 mm

Type
Round Bar

Material
Hastelloy C2000

Finish
Bright, Black, Polished

Specific Use
Corrosion Resistant Applications

Standard
ASTM B574, ASME SB574

Grade
C2000

Length
2-6 meters, Custom Cut Lengths Available

Tolerance
H9, H11, K9 or as per requirement

Application
Chemical Processing, Petrochemical, Power Generation

Technique
Hot Rolled / Cold Drawn

Processing
Peeled, Ground, Centerless Polished

About Hastelloy C2000 Round Bars

What Are Specification Hastelloy C2000 Round Bars?

Specifications	ASTM B 574 / ASME SB 574
Range	3.17mm to 350mm diameter
Dia Meter	25mm to 152mm
Length	1 to 6 Meters, Custom Cut Lengths
Finish	Bright, Polish & Black
Form	Round, Square, Hex (A/F), Rectangle, Billet, Ingot, Forging etc
Condition	Cold Drawn & Polished Cold Drawn, Centreless Ground & Polished

Equivalent material Of Hastelloy C2000 Round Bars?

STANDARD	WERKSTOFF NR.	UNS
Hastelloy C2000	2.4675	N06200

Chemical Composition Of Hastelloy C2000 Round Bars?

UNS	Ni	Cr	Mo	W	Cu	Fe	Carbon
C2000	Bal	22.00-24.00	15.00-17.00		1.30-1.90	3.00 max.	0.010max.

Mechanical Properties Of Hastelloy C2000 Round Bars?

Element	Density	Melting Point	Tensile Strength	Yield Strength (0.2%Offset)	Elongation
Hastelloy C2000	8.89 g/cm3	1065 C (1950 F)	752 MPa (109.0 ksi)	358 MPa (52.0 ksi)	64 %

Superior Corrosion Resistance

Hastelloy C2000 Round Bars are engineered to withstand highly corrosive environments, including those with oxidizing and reducing agents. Their unique composition ensures durability in aggressive chemical and petrochemical applications, minimizing maintenance and replacement needs.

Precision Manufacturing and Customization

Available in hot rolled or cold drawn forms, these bars are processed through peeling, grinding, and centerless polishing to achieve bright, black, or polished finishes. Customers can select from various tolerances and edge conditions, with lengths from 2 to 6 meters or customized to specific project requirements.

Reliable Quality and Certification

Each bar adheres to strict international standards such as ASTM B574 and ASME SB574. Manufactured by trusted exporters, manufacturers, and suppliers in India, these round bars come with documentation and inspection reports, ensuring reliability for end users in critical industries.

FAQs of Hastelloy C2000 Round Bars:

Q: How are Hastelloy C2000 Round Bars typically processed and finished?

A: Hastelloy C2000 Round Bars can be hot rolled or cold drawn, then further processed through peeling, grinding, or centerless polishing. They are available in finishes such as bright, black, or polished, depending on customer requirements.

Q: What applications are ideal for Hastelloy C2000 Round Bars?

A: These round bars are best suited for industries requiring exceptional corrosion resistance, including chemical processing, petrochemical, and power generation, where harsh media and high strength are essential.

Q: When should I choose Hastelloy C2000 Round Bars over other alloys?

A: Select Hastelloy C2000 Round Bars when your application demands both resistance to a broad spectrum of corrosive environments and high mechanical properties, particularly in aggressive chemical or marine settings.

Q: Where are these round bars manufactured and supplied from?

A: Our Hastelloy C2000 Round Bars are manufactured and exported by reputed companies in India, serving both domestic and international markets with standard export packaging such as wooden cases or bundles.

Q: What is the typical process for ordering custom cut lengths?

A: To order custom cut lengths, you provide the required specificationslength, diameter, tolerance, and edge condition. The manufacturer or supplier will process the bars according to your requirements and deliver them with proper certification.

Q: How does the material grade C2000 benefit corrosion-resistant applications?

A: Grade C2000 offers exceptional resistance against both oxidizing and reducing chemicals, reducing maintenance costs and downtime, and ensuring longer service life in environments where standard alloys may fail.

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