Die Forging Steels Round Bar

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MOQ : 100 Kilograms

Die Forging Steels Round Bar Specification

Alloy
Die Forging Steel

Surface Treatment
Other

Usage
Industrial, Tool & Die Making, Engineering Applications

Product Type
Steel

Grade
H11, H13, H21, or as specified

Shape
Round

Thickness
Varies (commonly 20 mm to 400 mm)

Length
Standard 3 to 6 meters, customized on request

Width
Not Applicable (Round Bar)

Application
Industrial

Color
Silver

Diameter Tolerance
As per ASTM/IS Standards

Packing
Loose/Bundle Packing or as per Requirement

Processing Capability
Cutting, Machining, Heat Treatment, Surface Grinding

Standards
ASTM, EN, IS, DIN

Hardness
Up to 52 HRC (depending on grade and treatment)

Available Sizes
20mm to 400mm diameter, customized lengths

Chemical Composition
As per Required Die Steel Specifications

Delivery Condition
Annealed/Pre-Machined/Heat Treated

Die Forging Steels Round Bar Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Die Forging Steels Round Bar

Introducing our new Die Forging Steels Round Bar, now available with unprecedented deal promotions for a limited time! Sought-after by leading toolmakers and engineers, these resplendent round bars meet stringent ASTM, EN, IS, and DIN standards. Diameters range from 20mm to 400mm, with customized lengths and processing options including cutting, machining, and surface grinding. Hardness reaches up to 52 HRC depending on grade and treatment. Delivered annealed, pre-machined, or heat treated, our product ensures maximum flexibility and reliability for various industrial, tool & die, and engineering applications. Supplied across India by a trusted importer, supplier, and trader.

Applications and Uses of Die Forging Steels Round Bar

Die Forging Steels Round Bars are widely used in industrial manufacturing, tool and die making, and a variety of engineering applications. They are particularly suited for crafting dies, tools, and resilient machinery parts subjected to high wear and impact. These bars reliably perform in harsh application media, including high-pressure and high-temperature environments, making them ideal for demanding operations across automotive, aerospace, and heavy engineering industries.

FOB Port, Packaging, and Certifications for Reliable Shipping

Shipped from major Indian FOB ports, our Die Forging Steels Round Bars are securely packaged in loose or bundle packing, or tailored according to client requirements for safe transportation. We utilize professional transport services to ensure timely delivery and product safety. Each bar is supplied with pertinent certifications in compliance with ASTM, EN, IS, or DIN standards, guaranteeing quality and traceability throughout the shipping process.

FAQ's of Die Forging Steels Round Bar:

Q: How are Die Forging Steels Round Bars typically processed before delivery?

A: These bars can be delivered in annealed, pre-machined, or heat-treated conditions, with further processing options such as cutting, machining, surface grinding, and packing tailored to customer requirements.

Q: What industries benefit most from using Die Forging Steels Round Bars?

A: Industries such as automotive, aerospace, tool & die making, and heavy engineering commonly use these round bars due to their exceptional durability, strength, and compliance with diverse industry standards.

Q: Where are these Die Forging Steels Round Bars shipped from in India?

A: The round bars are shipped from major ports in India, ensuring ease of transportation and global accessibility for clients across various regions.

Q: When can I request custom diameters or lengths for these round bars?

A: Custom sizes and lengths can be requested at the time of order placement, with diameters available from 20mm to 400mm and lengths tailored as per individual project needs.

Q: What is the main benefit of using these round bars in tool & die making?

A: The main benefit is their high hardness (up to 52 HRC) and versatility in processing, which allows for precision engineering and superior wear resistance in demanding tool and die applications.

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