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1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar 1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar 1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar 1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar 1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar

1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar

698.0 INR/Piece

Product Details:

  • Type Round Bar, Rod, Flat Block Bar
  • Processing Annealed, Hardened, Tempered
  • Tolerance H9, H11, K12 or as required
  • Application Plastic Moulds, Hot Work Tooling, Die Casting, Extrusion Dies, Shear Blades
  • Finish Bright, Black, Peeled, Polished
  • Technique Hot Rolled / Forged
  • Material DIN 1.2365 Tool Steel / Alloy Steel
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1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar Price And Quantity

  • 1 Piece
  • 698.0 INR/Piece

1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar Product Specifications

  • H9, H11, K12 or as required
  • Annealed, Hardened, Tempered
  • Plastic Moulds, Hot Work Tooling, Die Casting, Extrusion Dies, Shear Blades
  • Round Bar, Rod, Flat Block Bar
  • 2-6 meters (custom lengths available)
  • Hot Work Tools and Die Moulds
  • DIN, AISI, ASTM, JIS, EN, IS
  • Hot Rolled / Forged
  • Bright, Black, Peeled, Polished
  • DIN 1.2365 Tool Steel / Alloy Steel
  • 16 mm to 400 mm
  • 1.2365 / X32CrMoV33 / H10
  • As rolled, Rough turned, Machined
  • C: 0.32%, Si: 0.30-0.50%, Mn: 0.20-0.40%, Cr: 3.00-3.50%, Mo: 2.50-3.00%, V: 0.30-0.70%
  • Annealed, Soft Annealed, Machined
  • Negotiable depending on size and grade
  • Round, Flat, Square, Block
  • Annealed, Hardened, Tempered
  • Oiled for rust prevention
  • Standard sea-worthy packaging, bundles with end caps
  • Max 235 HB

Product Description

Werkstoffnummer (W.Nr.) 1.2365, designated under the DIN system as X32CrMoV3-3, is a high-grade, chromium-molybdenum-vanadium hot-work tool steel. Highly prized in European and global manufacturing, 1.2365 is renowned for its excellent high-temperature strength, thermal shock resistance, and resistance to thermal fatigue cracking (heat checking).

It is the direct European equivalent to AISI H10, offering critical structural stability when tooling operates continuously at temperatures exceeding $500^circtext{C}$.

Chemical Composition (Typical Weight %)

The high content of molybdenum working alongside a deliberate silicon level provides the steel with exceptional secondary hardening capabilities and hot-yield strength.

Carbon (C) Molybdenum (Mo) Chromium (Cr) Silicon (Si) Vanadium (V) Manganese (Mn)
0.30 0.37% 2.60 3.00% 2.80 3.30% 0.10 0.40% 0.40 0.60% 0.15 0.45%

Material Application by Product Form

1. 1.2365 Tool Steel Bars & Rods

Typically delivered in the spheroidized annealed condition with a maximum hardness of 229 HBW to ensure clean machinability. Round bar stock is highly specified for:

  • Extrusion Tooling: Mandrels, pressing stems, and die holders used in the hot extrusion of aluminum, copper, and brass.

  • Hot Punching & Piercing: Rods are machined into punches that must maintain high hardness and straightness without bending under continuous thermal cycles.

  • Ejector Pins & Insert Sleeves: Used within die-casting dies where mechanical movement happens under extreme heat.

2. 1.2365 Flat Block Bar & Plate

Flat blocks are typically supplied as forged or hot-rolled plates, structural blocks, or precision-cut flat profiles.

  • Die Casting Dies: Highly utilized for heavy-duty zinc, magnesium, and aluminum die-casting die blocks due to its resistance to liquid-metal erosion.

  • Hot Forging Dies: Used for forging die segments, hot-shear blades, and gripper inserts that handle heavy pounding.

  • Plastic Moulds: Applied in specialty plastic processing molds requiring high temperature resistance or processing highly corrosive/abrasive polymers.

Heat Treatment Parameters

1.2365 is a deep-hardening steel. To protect parts from distorting or cracking, uniform thermal processing is crucial:

  • Soft Annealing: Heat slowly to $750^circtext{C} - 800^circtext{C}$. Hold for a minimum of 2 hours, then cool slowly inside the furnace at a maximum rate of $10^circtext{C} - 20^circtext{C}$ per hour down to $600^circtext{C}$, followed by air cooling.

  • Hardening (Austenitizing): Preheat slowly to $500^circtext{C}$ and then $850^circtext{C}$ to minimize thermal shock. Raise to the hardening temperature of $1010^circtext{C} - 1040^circtext{C}$.

  • Quenching: Oil, vacuum nitrogen gas pressure blast, or hot bath ($500^circtext{C} - 550^circtext{C}$). Air or vacuum gas is strongly preferred for intricate flat blocks to reduce dimensional distortion.

  • Tempering: Double tempering is mandatory. Tempering must occur immediately after the steel drops below $60^circtext{C}$. Standard tempering happens between $540^circtext{C} - 650^circtext{C}$ to target a service hardness of 44 to 52 HRC.

Global Cross-References

If you are sourcing or verifying prints globally, 1.2365 corresponds closely to:

  • USA (AISI/ASTM): H10 (UNS T20810)

  • Japan (JIS): SKD7

  • Russia (GOST): 3Kh3M3F (333)

  • United Kingdom (BS): BH10



Versatile Shape and Condition Options

DIN 1.2365 tool steel is offered in round, flat, square, and block forms, and can be delivered as rolled, rough turned, or fully machined. This flexibility ensures that you find the right material specification suitable for your project requirements, whether you need hot rolled rods for forging or polished blocks for die-making. Standard and custom lengths from 2 to 6 meters provide additional adaptability.


Exceptional Hot Work Performance

With a robust combination of Chromium, Molybdenum, and Vanadium, 1.2365 alloy steel exhibits outstanding toughness, hardness, and resistance to thermal fatigue. Its heat treatment options-annealed, hardened, and tempered-further enhance its suitability for demanding hot work applications such as plastic moulds, extrusion dies, and die casting. The steel maintains strength at elevated temperatures, making it a preferred choice in intensive industrial settings.


Reliable Supply and Quality Protection

Manufactured and supplied by experienced producers, traders, and exporters in India, 1.2365 tool steel bars are packaged using standard sea-worthy methods with bundles and end caps for safe delivery. To prevent rusting during transit and storage, each bar receives an oil coating. Orders can be tailored in quantity, length, finishing, and tolerance, with minimum order quantity negotiable as per project needs.

FAQ's of 1.2365 Tool Steel Bars/ DIN 1.2365 Alloy Steel Rods/ 1.2365 Flat Block Bar:


Q: How is DIN 1.2365 tool steel typically processed before delivery?

A: DIN 1.2365 tool steel bars undergo processes such as annealing, hardening, and tempering to achieve the desired mechanical properties. They are supplied in conditions like annealed, soft annealed, or fully machined, depending on customer requirements and the intended application.

Q: What are the benefits of using 1.2365 alloy steel rods in hot work applications?

A: 1.2365 alloy steel rods offer excellent toughness, thermal fatigue resistance, and the ability to maintain hardness at high temperatures. These characteristics make them ideal for hot work tooling, die casting, plastic moulds, and extrusion dies, where durability and reliability are essential.

Q: Where are 1.2365 flat block bars commonly used?

A: These steel bars are widely utilized in industries that require hot work tools and die moulds, such as automotive, manufacturing, and plastic moulding sectors. Their strength and thermal stability suit demanding environments where high-pressure and high-temperature operations occur.

Q: What delivery and surface protection options are available for these tool steel bars?

A: The bars are delivered in as rolled, rough turned, or machined states and are protected with an oil coating to prevent rust during storage and transportation. Packaging follows standard sea-worthy procedures, with bundles and end caps to ensure safe handling.

Q: How can I order custom sizes or grades for DIN 1.2365 steel bars?

A: Custom diameters and lengths (typically 2-6 meters) are available upon request. The minimum order quantity is negotiable, depending on project size, grade, and shape needs. You can contact authorized dealers, exporters, or manufacturers in India for tailored solutions.

Q: What standards does 1.2365 tool steel conform to?

A: 1.2365 tool steel meets the specifications of several international standards including DIN, AISI, ASTM, JIS, EN, and IS, ensuring reliable quality and compatibility for global industrial applications.

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