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DIN 1.2714 Hot Die Steel 2714 Flat Bars DIN 1.2714 Hot Die Steel 2714 Flat Bars DIN 1.2714 Hot Die Steel 2714 Flat Bars DIN 1.2714 Hot Die Steel 2714 Flat Bars DIN 1.2714 Hot Die Steel 2714 Flat Bars

DIN 1.2714 Hot Die Steel 2714 Flat Bars

130.0 INR/Kilograms

Product Details:

  • Finish Bright/Black
  • Length As required or custom cut to length
  • Processing Forged, Peeled, Turned
  • Specific Use Forging Dies, Die Casting Dies, Press Tools
  • Technique Hot Rolled
  • Application Tool and Die Making, Hot Work Tool Steel
  • Standard DIN, AISI, ASTM
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DIN 1.2714 Hot Die Steel 2714 Flat Bars Price And Quantity

  • 1 Kilograms
  • 130.0 INR/Kilograms

DIN 1.2714 Hot Die Steel 2714 Flat Bars Product Specifications

  • Flat Bars
  • 2714
  • DIN 1.2714 Hot Die Steel
  • DIN, AISI, ASTM
  • Round bars also available in addition to flats
  • H11, H13 or as specified
  • Forged, Peeled, Turned
  • As required or custom cut to length
  • Bright/Black
  • Tool and Die Making, Hot Work Tool Steel
  • Forging Dies, Die Casting Dies, Press Tools
  • Hot Rolled
  • Flats available in custom widths from 25mm to 500mm
  • Annealed, Pre-machined, or as rolled
  • High, suitable for shock-resisting applications
  • India
  • C: 0.55%, Si: 0.25%, Mn: 0.65%, Cr: 1.10%, Mo: 0.50%, V: 0.10%
  • Peeled, Turned, or Rough Machined
  • Available in thicknesses from 12mm up to 200mm or more
  • Delivered in annealed condition, can be hardened to 48-52 HRC
  • Annealing, Hardening, Tempering applicable

Product Description

Technical Advantages of the Flat Bar/Block Form

When processing 1.2714 into heavy flat sections, manufacturers rely on severe mechanical working to guarantee core reliability.

  • High Forging Reduction Ratio: High-quality 1.2714 flat bars undergo an aggressive forging reduction ratio (typically at least 4:1). This intensive deformation breaks down the raw casting structure, refines the alloy grain size, and ensures maximum density at the absolute center of the block.

  • Isotropic Property Uniformity: Advanced steelmaking processes (such as ESR - Electroslag Remelting) are frequently applied to large flat bars. This minimizes directional variance (anisotropy), giving the steel comparable toughness and impact resistance across its longitudinal, transverse, and short-transverse axes.

Manufacturing & Machining Flat Bars

Typical Supply Dimensions

  • Thickness: 20 mm to 400 mm+

  • Width: 200 mm to 1000 mm+

  • Surface Condition: Black forged, rough machined, or pre-milled on all four sides.

Specialized Applications for Flats

Because flat bars save extensive milling time when building wide, low-profile tooling, they are the standard choice for:

  1. Die Blocks: Upper and lower halves for mechanical forging presses and drop hammers.

  2. Hot Shear Blades: Thick flat stock is easily cut to length, machined with a cutting edge, and hardened to slice through hot steel billets.

  3. Trim Dies: Flat bars are pocketed and machined out to create the perimeter shearing edge that trims excess flash off freshly forged components.

Hardness vs. Tempering Temperature Curve

For flat bars, managing the hardness gradient from the surface to the core is critical. The following guidelines show how the tempering temperature dictates final working hardness after quenching:

Tempering Temperature Typical Resulting Hardness (HRC) Core Target Matrix
300C ~ 53 HRC High hardness / lower impact resistance
400C ~ 50 HRC Excellent wear face for extrusion tools
500C ~ 46 HRC Optimal Balance for mechanical press dies
550C ~ 43 HRC Recommended for high-impact drop-hammer dies
600C ~ 39 HRC High-toughness backup blocks/holders


Versatile Dimensions and Finishes

DIN 1.2714 Flat Bars are offered in a range of standard and customized thicknesses (12mm-200mm+) and widths (25mm-500mm). Clients can select from finishes such as peeled, turned, or rough machined, matching their precise manufacturing needs. Surface conditions and length can be tailored, ensuring suitability for various industrial requirements.


Superior Mechanical and Heat Treatment Properties

Engineered for toughness, these bars combine superior impact strength with excellent machinability. Delivered in an annealed state, they can be heat treated-including hardening and tempering-to achieve a hardness of 48-52 HRC, supporting demanding applications such as forging, die-casting, and press tools.


Applications in Hot Work and Tool & Die Industries

1.2714 Hot Die Steel excels in tool and die making, specifically for forging dies, die-casting dies, and press tools. Its robust properties and high resistance to shock make it indispensable in environments where durability and resilience are paramount.

FAQ's of DIN 1.2714 Hot Die Steel 2714 Flat Bars:


Q: How can DIN 1.2714 Hot Die Steel Flat Bars be customized to specific project requirements?

A: These flat bars can be tailored in thickness (from 12mm up to 200mm or more), width (25mm-500mm), and length to suit individual applications. They are also available in various delivery (annealed, pre-machined, as rolled) and surface conditions (peeled, turned, rough machined).

Q: What is the typical process for hardening DIN 1.2714 Flat Bars?

A: The flat bars are initially delivered in an annealed condition and can be further heat treated through a combination of hardening and tempering processes, enabling hardness levels of 48-52 HRC for demanding hot work applications.

Q: When is DIN 1.2714 Hot Die Steel most beneficial for industrial use?

A: This steel is highly advantageous when manufacturing tooling exposed to intense heat and impact, such as forging dies, die-casting molds, and press tools, owing to its excellent impact strength and heat treatability.

Q: Where is DIN 1.2714 Hot Die Steel Flat Bars manufactured and supplied?

A: The material is produced in India by reliable manufacturers, dealers, exporters, fabricators, and suppliers, offering a comprehensive distribution network to serve both domestic and export markets.

Q: What makes DIN 1.2714 Hot Die Steel suitable for shock-resistant applications?

A: Its optimized chemical composition-including chromium, molybdenum, and vanadium-alongside the ability to achieve high levels of hardness, ensures it withstands high-impact stresses commonly encountered in hot work environments.

Q: How does the surface finish of the flat bars benefit end-use applications?

A: Options such as bright, black, peeled, or turned finishes allow customers to select bars that match their fabrication or processing needs, improving machinability and ultimately enhancing product performance.

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