Uncategorized
now browsing by category
Cut-to-Size Die Blocks: Machining Allowance Guide for DB6, H13, D2 & P20
Technical guide by Virat Special Steels · Die and tool steel stockists since 1957
Order a Cut-to-Size Die Blocks with too little allowance and it can’t be cleaned up after heat treatment, so it ends up as scrap. Order too much and you pay for steel, sawing and machine time that turns into chips.
This manual provides us with a summary of the allowance for machining based on the requirements of the various categories from the Indian forging, die-casting, and toolroom industries including DB6 (DIN 1.2714), H13, H11, D2, D3, and P20.
Machining Allowance for Cut-to-Size Die Blocks
Plan these ranges per side (per face), then confirm with your supplier:
| Delivery condition | Allowance per side | What it has to cover |
| Black (hot-rolled or forged) | 3–6 mm for most sizes; more on wide sections | Scale, seams, decarburized skin, bow |
| Saw-cut and rough-milled | 1–2 mm | Remaining geometry error, semi-finishing |
| Six-side milled | 0.2–0.4 mm | Final sizing; standard programmes ship +0.4 to +0.8 mm over nominal overall |
| Precision ground with allowance | 0.15–0.3 mm | Final sizing only |
If hardening is going to be done after machining the piece, allow for at least 0.15% of each dimension on each side for the final finishing of the piece. For instance, a 200 mm face would require about 0.3 mm to be kept.
These figures are based on available data from the mills and actual shop practice; they should not be considered standard values. The actual numbers may depend on the type of alloy, the shape of the section and the method you use. Therefore, make sure to send an engineering drawing before you finish up.
What Is Machining Allowance on a Die Block?
The machining allowance refers to the additional material requested to have the workpiece in its finished form. This is often defined by a number for each side, such as 3 mm per side for a 6 mm allowance in total. With cut-to-size die blocks, you would incorporate this allowance in your order specifications and make sure to mention it on the order.
Breakdown of Machining Allowance Layers
Total allowance is a stack of four layers, and each one exists for a reason.
| Layer | What it covers | Planning figure per side |
| 1. Surface | Scale, seams, laps and the decarburized skin left by hot working | 1.6% of the dimension, usually not under 2 mm |
| 2. Geometry | Bow, camber, out-of-flat and cutting tolerance | 0.3–0.5 mm |
| 3. Heat treatment | Hardening movement, residual scale or decarburization | 0.15% of the dimension, minimum about 0.3 mm |
| 4. Finishing | EDM recast removal, polishing | Small; set by the finishing process |
Layer 1: surface. Hot rolling and forging leave scale, seams and a skin where carbon has burned out. That soft skin won’t harden properly, so it must go. The AISI benchmark for hot-rolled flats and squares is removal of at least 1.6% of the dimension per side (2.4% for resulfurized steel). It was written for carbon and alloy bars, so treat it as a floor for tool steel. Decarburization depth is measured to ASTM E1077 or ISO 3887.
Layer 2: geometry. No bar is perfectly straight or flat, and long pieces bow more. Cutting adds tolerance, and length is the loosest dimension: +3/+8 mm on Uddeholm’s saw-cut stock, up to +35 mm in some precision flat programmes. Never rely on sawn length for a fit.
Layer 3: heat treatment. The sound workflow is rough machine, stress relieve, semi-finish, harden, grind. Uddeholm recommends 650°C for two hours after roughing H13; Virat’s DB6 guidance is 600–650°C. The Böhler-Uddeholm D2 data sheet sets a minimum of 0.15% per side, but only with stress relief, and Uddeholm’s oil-hardening Arne steel lists 0.25%. Movement can be small: on a 100 × 100 × 25 mm H13 sample, thickness changes 0 to +0.05% after air hardening and up to +0.30% after oil hardening. Scale and decarburization from hardening must also be ground off, so the allowance is never just the movement figure.
Layer 4: finishing. Wire EDM leaves a recast layer. Uddeholm advises removing it by grinding or stoning, then re-tempering about 25°C below the previous tempering temperature. Polishing needs little stock.
Formula and Worked Example
Per side: cleanup (the greater of 2 mm or 1.6% of the dimension) + geometry buffer (0.5 mm) + grinding stock (0.15% of the dimension, minimum 0.3 mm). Order size = finished size + 2 × that total.
For instance, a D2 block, which has a final measurement of 250 × 150 × 50 mm owing to the black flat finish, requires a thickness of 4.9, 3.2 and 2.8 mm on each side. This means that one should order something in the order of 260 × 157 × 56 mm with the understanding that this is merely an estimate rather than a guarantee.
Seven mistakes that cost money
- Writing “+5 mm” without saying per side or total.
- Using one allowance for every grade and condition.
- Ignoring bow on long flats.
- Skipping stress relief between roughing and finishing.
- Accepting a gas-cut block to save a few rupees.
- Expecting ESR to shrink the allowance. ESR cleans the inside of the steel. The surface still carries scale and decarb.
- Hoping allowance will fix internal defects. It won’t. For critical blocks, ask for ultrasonic testing.
What to send with your enquiry
- Grade and drawing, with finished size (L × W × T)
- Process route: use as supplied, or harden after machining
- Heat-treatment method: vacuum or atmosphere furnace
- Supply condition wanted: black, milled or ground
- Cutting method and tolerance (saw cut, plus-only or plus-minus)
- Documents needed: MTC, UT, spectro check
- Quantity and delivery location
Specific Scenarios and Add-Ons
Pre-hardened die blocks (DB6, H13, P20). Virat supplies DB6 annealed or hardened and tempered, typically at 38–44 HRC. If you machine the block as supplied, Layer 3 disappears. Keep Layers 1, 2 and 4, and confirm the condition at order stage.
Hardening after machining (D2, D3, soft H13). Use all four layers. Machine soft, stress relieve, harden, then grind.
Wire EDM. Blocks for eroding are often bought hardened and ground, sometimes with start holes. Allow for recast removal and agree finishing stock with your EDM shop.
Flame or plasma-cut blanks. Avoid them for alloy tool steel. Thermal cutting leaves a hardened heat-affected zone and cracking risk, and needs far more stock. Band-sawing is the safer route.
Large forged blocks. Allowance grows with size, so never reuse a 100 mm figure on a 400 mm block. For heavy die blocks, ask for ultrasonic testing. Virat supplies DB6 die blocks with extra forging reduction and double tempering for better UT quality.
Nitriding. Nitrided cases are shallow (about 0.12–0.20 mm in Uddeholm’s H13 examples), so finish the block first and treat nitriding as a surface step, not an allowance layer.
Add-ons to request on your enquiry:
- Bandsaw cut-to-size and surface machining
- Annealed or hardened-and-tempered supply; ESR or non-ESR
- Ultrasonic testing
- Mill Test Certificate (EN 10204 3.1 where applicable), spectro and hardness reports
- Ground reference faces with squareness and parallelism limits
- Batch-wise traceability
Common Material Grades for Cut-to-Size Die Blocks
Allowance logic changes with the grade and its supply condition:
| Grade (AISI / DIN) | Typical use | Allowance note |
| DB6 / 1.2714 (L6) | Hammer and press forging dies | Often supplied hardened and tempered, so no heat-treatment layer |
| H13 / 1.2344 | Die casting, extrusion, hot forging | Air or vacuum hardening keeps movement small; stress relief still applies |
| H11 / 1.2343 | Forging and aluminium extrusion dies | Plan like H13 |
| D2 (HCHCr) / 1.2379 | Blanking and forming dies, punches | Air hardening; keep at least 0.15% per side with stress relief |
| D3 (HCHCr) / 1.2080 | High-abrasion, long-run tooling | Oil hardening; leave more grinding stock than D2 |
| P20 / 1.2311 | Plastic mould blocks | Usually pre-hardened; no heat-treatment layer |
| P20+Ni / 1.2738 | Large mould blocks | Better through-hardening in thick sections |
Sourcing and Customization Options
Virat Special Steels has nearly 3,500 tons in over 35 grades available at its yards in Ludhiana and Gurugram, resulting in large amounts of cut-to-size die blocks shipped out from stock. The billets originate from mills such as Swiss Steel, NLMK Verona, Lucchini and ThyssenKrupp. Blocks reach you in four conditions, each trading price for convenience:
- Saw-cut black block: lowest cost per kg, most allowance to remove.
- Rough-milled: surface layer gone, flatter.
- Six-side milled: close to size, less machining time. Check the stock left if you will harden.
- Hardened and ground: ready for EDM or fitting, with no allowance for further heat treatment.
Include these on your enquiry:
- Grade and delivery condition
- Finished size and order size, stating per side or overall
- Faces to be ground, with tolerances
- Hardening plan and target hardness
- Testing and certificates needed
- Quantity and delivery date
Contact VIRAT for Drawing-Based Sizing and a Quotation
Let us know your engineering drawing, steel grade, dimensions after machining (L x W x T), desired supply condition, volume, and destination point for supply by Virat Special Steels. Our experts will assist you in estimating machining allowance and provide appropriate die blocks as per your needs.
You may get in touch with us at +91-98140 21775 or write to us at info@viratsteels.com to request for a quotation. We manufacture DB6, H13, H11, D2, D3, and P20 tool and die steels from our Gurugram and Ludhiana plants, supplied across India as per availability.
Frequently Asked Questions
1. How much machining allowance should I leave on a die block? Plan 3–6 mm per side on black stock, 1–2 mm on rough-milled and 0.2–0.4 mm on six-side milled blocks, plus grinding stock if you will harden afterwards.
2. Is machining allowance per side or total? Normally per side. A 3 mm allowance adds 6 mm to each dimension, so always state “per side” or “overall” on your enquiry.
3. How much allowance should I keep for grinding after heat treatment? At least 0.15% of the dimension per side for D2 after stress relief. Oil-hardening grades need more; Uddeholm lists 0.25% for its O1-type Arne steel.
4. Do pre-hardened DB6 (DIN 1.2714) die blocks need heat-treatment allowance? Not if you machine them as supplied, typically 38–44 HRC. Keep the surface, geometry and finishing allowances only.
5. What do black, rough-milled and six-side milled mean? Black keeps the as-forged or as-rolled skin. Rough-milled has the skin removed with stock left. Six-side milled is square and parallel, close to final size, so you can start machining straight away.
6. What do “hot die steel”, “HCHCr”, “OHNS” and “die block” mean? Hot die steel is hot-work steel such as H13, H11 and DB6. HCHCr is high-carbon, high-chromium cold-work steel (D2 and D3). OHNS is oil-hardening non-shrinking steel, usually O1. A die block is a large forged or rolled block used for forging and casting dies.
7. Can I flame-cut or plasma-cut a die block? Avoid it for alloy tool steel. These processes will create a hardened heat-affected area, with the possibility of fracture and wasted material. Instead, consider using a band saw.
8. How much stock should I leave for wire EDM? Enough to remove the recast layer by grinding or stoning, followed by re-tempering about 25°C below the last tempering temperature. Agree exact stock with your EDM shop.
9. What tolerance can I expect on cut length? Length is the loosest dimension. Published saw-cut tolerances run from +3/+8 mm to +35 mm, so ask your supplier for its tolerance and never rely on sawn length for a fit.
10. Db6 or H13 for forging die blocks? The typical material for hammering and press dies is DB6 (DIN 1.2714), while H13 (DIN 1.2344) is the preferred alloy for hot-working conditions like die casting, extrusion, and hot forging. This depends on temperature, impact loads, die configuration, and service life.
11. Does D2 or O1 (OHNS) need more allowance? O1, an oil-hardening grade, needs more grinding stock than air-hardening D2. “Non-shrinking” does not mean no movement.
12. Can I buy a small cut piece instead of a full bar? Yes. Virat Special Steels can provide steel that is cut to size depending on the grade, dimensions and availability of stock. Please inform us of your desired dimensions and quantities.
13. Is cut-to-size priced per kg or per piece? Most manufacturers charge according to the overall weight including the costs of cutting and machining. The extra allowance will be reflected in the weight, too, so you should size it accurately and ask them for your cutting estimate.
14. How can I check I received the grade I ordered? Ensure that the heat number on the material marking is the same as stated in the Mill Test Certificate (MTC). Another way would be to ask for an OES analysis to prove the steel grade. Spark testing cannot be considered a reliable way of verifying the alloy tool steel grade.
15. Can I get MTC and ultrasonic testing on cut-to-size blocks? Yes, request them at order stage. Virat supplies MTC (EN 10204 3.1 where applicable), UT-tested material and spectro verification, subject to grade and product.
16. How fast can I get a quotation and delivery? To receive a quotation from Virat Special Steels, share your steel grade, drawing or size, quantity, and the place where the delivery will take place. The lead time varies from time to time, based on availability of material, any cutting/machining work, testing, and transport.
17. How do I calculate die block weight? Length × width × thickness in mm ÷ 1,000,000 × 7.85 gives kg, using a typical tool steel density of 7.85 g/cm³. A 250 × 150 × 50 mm block weighs about 14.7 kg.
18. Where can I buy cut-to-size die blocks in India? Virat Special Steels supplies DB6, H13, H11, D2, D3 and P20 die blocks from ready stock at Ludhiana and Gurugram, with PAN India delivery, subject to grade and size.
DB6 Tool Steel Hardness (HRC): Complete Guide to Heat Treatment & Applications
DB6 Material Hardness in HRC
DB6 Tool Steel (DIN 1.2714) is a widely used hot work tool steel for forging, die casting, heavy engineering and plastic mould industries. It offers an excellent balance of toughness, wear resistance, impact strength, and heat resistance, making it suitable for demanding industrial applications.
Hardness of DB6 Tool Steel is an important factor that defines its performance properties, tool life, machinability and ability to resist deformation under high pressure and high temperature conditions. The right heat treatment to the correct Rockwell Hardness (HRC) will ensure optimum performance in forging dies, extrusion dies, hammer dies and pressure die casting application.
In this comprehensive guide, we cover DB6 Tool Steel hardness (HRC), heat treatment process, mechanical properties, applications, comparison with other tool steels, pricing considerations, and why Virat Steels is one of India’s trusted suppliers of premium-quality DB6 Tool Steel.
What is DB6 Steel?
DB6 Tool Steel is a high quality hot work tool steel, equivalent to DIN 1.2714, (AISI L6), (55NiCrMoV7). It is a nickel-chromium-molybdenum-vanadium alloy steel known for outstanding toughness and excellent resistance to thermal fatigue.
Compared to conventional hot work steels, DB6 provides:
- Superior impact strength
- High toughness
- Excellent wear resistance
- Good hardenability
- Outstanding resistance to cracking
- Longer die life
- Excellent polishability
- Good machinability
These characteristics make DB6 an ideal choice for large forging dies, hammer dies, die holders, extrusion tooling, pressure die casting dies, and heavy-duty industrial tools.
International Equivalents of DB6 Tool Steel
DB6 Tool Steel is internationally recognized under the DIN 1.2714 standard and is equivalent to EN 55NiCrMoV7. It is also considered an approximate equivalent to AISI L6 in certain applications. In India, DB6 is widely known by its trade name and is commonly used as a premium hot work tool steel for forging dies, die casting dies, extrusion tooling, and heavy engineering applications.
Chemical Composition of DB6 Tool Steel
DB6 Tool Steel contains a balanced combination of carbon, chromium, nickel, molybdenum, and vanadium, providing excellent toughness, wear resistance, and hot strength. This alloy composition ensures superior impact resistance, good hardenability, and extended tool life in demanding hot work applications.
| Element | Composition (%) |
| Carbon (C) | 0.50–0.60 |
| Silicon (Si) | 0.10–0.40 |
| Manganese (Mn) | 0.65–0.95 |
| Chromium (Cr) | 1.00–1.20 |
| Nickel (Ni) | 1.50–1.80 |
| Molybdenum (Mo) | 0.45–0.55 |
| Vanadium (V) | 0.07–0.12 |
Mechanical Properties of DB6 Tool Steel
DB6 Tool Steel offers an excellent combination of toughness, wear resistance, and heat resistance, making it ideal for high-impact and hot work applications such as forging and die casting.
| Property | Typical Value |
| Density | 7.85 g/cm³ |
| Tensile Strength | High |
| Toughness | Excellent |
| Wear Resistance | Excellent |
| Heat Resistance | Excellent |
| Thermal Fatigue Resistance | Excellent |
DB6 Tool Steel Hardness (HRC)
Hardness is the most important property when selecting DB6 Tool Steel for industrial tooling.
Different hardness according to different Tempering temperature conditions.
– Annealed condition – 255 BHN max
– Hardened and Tempered condition- 38 to 42 HRC
annealed stock measures up to 255 BHN, standard mill-supply condition is tempered to 38–42 HRC for machining, and finished dies are re-hardened and tempered to a working hardness of 45–56 HRC depending on whether the application prioritizes toughness or wear resistance.
Heat Treatment of DB6 Tool Steel
Proper heat treatment is essential to achieve the desired hardness and mechanical properties.
The process generally involves:
- Annealing
- Stress Relieving
- Hardening
- Quenching
- Tempering
Each stage contributes to the final balance of hardness, toughness, and dimensional stability.
Annealing
Annealing softens the material, improves machinability, and relieves internal stresses before hardening.
Recommended Process:
- Heat slowly to 840–860°C
- Hold for sufficient soaking time
- Cool slowly inside the furnace
Resulting Hardness:
Approximately 220–250 HB
Stress Relieving
Stress relieving is recommended after rough machining.
- Temperature: 600–650°C
- Hold for 2 hours
- Furnace cool slowly
This minimizes distortion during final hardening.
Hardening
The hardening process significantly increases hardness and wear resistance.
Procedure:
- Preheat: 600 – 650°C
- Austenitize: 840–870°C
- Oil or polymer quench
- Air cooling where appropriate
The resulting hardness typically reaches 54–56 HRC before tempering.
Tempering
Tempering reduces brittleness while maintaining the desired hardness.
It is recommended to temper immediately after quenching.
Typical Tempering Range:
450–650°C
Double tempering is often recommended for improved dimensional stability and toughness.
Advantages of Proper Heat Treatment
By improving the mechanical properties and durability of the steel, proper heat treatment can improve the performance and service life of DB6 Tool Steel.
- Enhanced wear resistance
- Greater durability
- Improved thermal fatigue resistance
- Less risk of cracking
- Longer life of die
- Reduced maintenance costs
Applications of DB6 Tool Steel
DB6 Tool Steel (DIN 1.2714) is a popular choice for hot work applications requiring high toughness, wear resistance and resistance to thermal fatigue. It is ideal for the manufacture of heavy duty dies and tools used under extreme operating conditions.
| Industry | Typical Applications |
| Forging | Closed forging dies, hammer dies |
| Die Casting | Aluminium die casting dies |
| Extrusion | Extrusion dies |
| Automotive | Crankshaft and connecting rod dies |
| Plastic Moulding | Large mould bases |
| Heavy Engineering | Die holders and forging blocks |
| Aerospace & Defence | Heavy-duty tooling |
| Steel Plants | Hot shearing blades and press tools |
DB6 Tool Steel Advantages & Disadvantages
| Advantages | Disadvantages |
| Good impact resistance and toughness | More expensive than the usual alloy steels |
| Good wear and heat fatigue resistance | Needs proper heat treatment |
| Longer die life with less cracking | Not the best choice for high abrasive cold work applications (D2 is preferred) |
| Good hardenability and dimensional stability | Special tools are required for machining after hardening |
| Suitable for large forging dies, hot working tools | Material costs are higher for more expensive alloys |
DB6 vs H13 Tool Steel Comparison
| Property | DB6 Tool Steel (DIN 1.2714) | H13 Tool Steel (DIN 1.2344) |
| Steel Type | Hot Work Tool Steel | Hot Work Tool Steel |
| Toughness | Excellent | Very Good |
| Wear Resistance | Very Good | Excellent |
| Impact Resistance | Excellent | Very Good |
| Thermal Fatigue Resistance | Excellent | Excellent |
| Hot Hardness | Very Good | Excellent |
| Best Applications | Forging Dies, Hammer Dies | Die Casting & Extrusion Dies |
| Large Die Blocks | Excellent | Very Good |
| Relative Cost | Moderate | Moderate to High |
Best Choice: Choose DB6 for heavy-impact forging applications requiring superior toughness, while H13 is ideal for high-temperature die casting and aluminium extrusion tooling.
DB6 vs H11 Tool Steel
| Property | DB6 | H11 |
| Toughness | Excellent | Excellent |
| Wear Resistance | Higher | Good |
| Hardness | 45–56 HRC | 44–52 HRC |
| Thermal Shock | Excellent | Excellent |
| Large Blocks | Excellent | Good |
| Service Life | Longer | Good |
Best Choice: DB6 is preferred where higher wear resistance and longer tool life are required.
DB6 vs D2 Tool Steel
| Property | DB6 | D2 |
| Type | Hot Work | Cold Work |
| Toughness | Excellent | Moderate |
| Wear Resistance | High | Very High |
| Hot Strength | Excellent | Poor |
| Impact Resistance | Excellent | Moderate |
| Forging Dies | Excellent | Not Recommended |
| Cold Blanking | Not Ideal | Excellent |
Best Choice: Use DB6 for hot work and D2 for cold work applications.
DB6 vs P20 Tool Steel
| Property | DB6 | P20 |
| Toughness | Excellent | Good |
| Hardness | Up to 56 HRC | 28–34 HRC |
| Plastic Moulds | Good | Excellent |
| Forging | Excellent | Not Recommended |
| Wear Resistance | High | Moderate |
| Tool Life | Longer | Moderate |
DB6 vs EN31
| Property | DB6 | EN31 |
| Steel Type | Hot Work Tool Steel | High Carbon Steel |
| Toughness | Excellent | Moderate |
| Hardness | 56 HRC | 60–64 HRC |
| Impact Resistance | Excellent | Low |
| Hot Applications | Excellent | Poor |
| Bearings | Not Suitable | Excellent |
DB6 Tool Steel vs Other Tool Steel Grades
| Steel Grade | Toughness | Wear Resistance | Heat Resistance | Typical Hardness | Ideal Applications |
| DB6 (DIN 1.2714) | Excellent | Very Good | Excellent | 45–56 HRC | Forging Dies , Hammer Dies |
| H13 (DIN 1.2344) | Very Good | Excellent | Excellent | 44–54 HRC | Die Casting, Extrusion Dies |
| H11 (DIN 1.2343) | Excellent | Good | Very Good | 44–52 HRC | Hot Work & Extrusion Tooling |
| D2 (DIN 1.2379) | Good | Excellent | Moderate | 58–62 HRC | Cold Work Dies, Punches |
| P20 (DIN 1.2311) | Good | Moderate | Moderate | 28–34 HRC | Plastic Injection Moulds |
| EN31 | Moderate | Excellent | Low | 60–64 HRC | Bearings, Rollers & Wear Parts |
“DB6 Tool Steel Equivalents Explained: SKT4, 55NiCrMoV7, L6 & DIN 1.2714 Compared”
| Property | DB6 | SKT4 | 55NiCrMoV7 | L6 | DIN 1.2714 |
| Standard | Commercial | JIS | EN | AISI | DIN |
| Steel Type | Hot Work | Hot Work | Hot Work | Low Alloy | Hot Work |
| Toughness | Excellent | Excellent | Excellent | Excellent | Excellent |
| Wear Resistance | Excellent | Very Good | Excellent | Good | Excellent |
| Hardness | 45–56 HRC | 45–54 HRC | 45–56 HRC | 45–55 HRC | 45–56 HRC |
| Hot Work Performance | Excellent | Very Good | Excellent | Moderate | Excellent |
| Main Difference | Trade Name | JIS Grade | EN Grade | Approx. Equivalent | DIN Grade |
DB6, DIN 1.2714, and 55NiCrMoV7 are essentially the same steel grade with different designations. SKT4 is a close Japanese equivalent, while AISI L6 is an approximate equivalent with similar toughness but comparatively lower hot-work performance.
Available Sizes of DB6 Tool Steel
Virat Special Steels supplies DB6 Tool Steel in a wide range of standard and custom sizes to meet the requirements of die makers, tool rooms, automotive, engineering, and precision manufacturing industries.
Available Sizes (Flat)
- Thickness: 13 mm – 1500 mm
- Width: 13 mm – 3000 mm
- Length: Available in standard mill lengths or custom-cut sizes on request.
Available Sizes (Round)
- Diameter: 13 mm – 1500 mm
- Length: Standard mill lengths and customized cut-to-size options available.
Custom Processing Services
To minimize machining time and material wastage, we also offer:
- Precision cut-to-size material
- Bandsaw cutting
- Surface machining (on request)
- Bulk supply with batch-wise traceability
- Material Test Certificate (MTC) and EN 10204 3.1 certification (where applicable)
DB6 Case Study 40% Improvement in Die Life in Forging
Operations Customer Challenge
A drop-forging plant for automotive components experienced premature die cracking of crankshaft forging dies made from standard hot work steels leading to expensive downtime.
Solution
The tooling was upgraded to DB6 (DIN 1.2714) supplied by Virat Special Steels, vacuum heat treated and double tempered to an optimized 46-48 HRC.
Results
40% increased die service life Eliminate catastrophic die cracking in high energy impact Lower maintenance and machine downtime Forged at a lower cost per part
Certifications Available
Reputable suppliers typically provide:
- Mill Test Certificate (MTC)
- Ultrasonic Tested Material
- Hardness Test Report
- Chemical Test Report
Buyer’s Guide: Selecting the Appropriate DB6 Tool Steel
Some important points to consider before buying DB6 Tool Steel (DIN 1.2714) to get the best out of your application:
1. Choose the Right Hardness
Pick the hardness for your application:
- 38-42 HRC – Greater toughness and impact resistance
- 50-56 HRC – Increased wear resistance and extended tool life
2. Choose the required form of material
DB6 Tool Steel is supplied in:
- Forged and Rolled blocks
- Round and Flat Bars
- ESR and Non ESR Blocks
3. Material Quality Inspection
Always ask for:
- Mill Test Certificate (MTC) Ultrasonic Tested Material
- Material Traceability Spectro Tested Material
4. Match the App
Select DB6, depending on your tooling needs, such as:
- Forging Dies
- Hammer Dies
- Extrusion
- Holders for
- Casting Dies
5. Select a Trusted Supplier
Join hands with a supplier who can support with ready stock, custom machining, technical support and PAN India delivery for consistent quality and timely supply.
Why purchase DB6 Tool Steel from Virat Steels?
Selecting the right supplier is critical to maximizing tool life, performance and productivity. With over 70 years of experience in the industry, Virat Steels is one of the trusted suppliers of high quality imported and domestic tool steels in India with more than 2000 customers in the automotive, forging, die casting, aerospace, plastic mould, heavy engineering, railways and defence industries.
Why do manufacturers trust us?
- 70+ Years Experience supplying quality tool steels.
- 2,000+ Happy Customers in India’s Manufacturing Industry.
- Supplier of Materials from Reputed International Mills for consistent quality and performance.
- Tool Steel Ready Stock: DB6, H13, H11, D2, D3, P20, P20+Ni, M2, M35, EN31, OHNS and other grades.
- Mill Test Certificate (MTC) with full traceability of material.
- UT Tested & Spectro Tested Material for proven quality and internal soundness.
- Custom Cutting & Machining Services to suit your required sizes.
- Material Selection Assistance from experienced technical professionals.
- Fast PAN India Delivery, timely supply & reduced production downtime.
Virat Steels offers authentic quality, certified material and dependable service for all your tool steel needs. Whether DB6 Round Bars, Forged Blocks, ESR Blocks, Flat Blocks or Cut-to-size Material, we have it all.
Our Supply Network Across India
Virat Steels is one of the leading suppliers of DB6 Tool Steel (DIN 1.2714) to the manufacturers in the major industrial hubs of India like Ahmedabad, Rajkot, Pune, Nashik, Aurangabad, Kolhapur, Belgaum, Chennai, Coimbatore, Hosur, Bengaluru, Hyderabad, Faridabad, Manesar, Bhiwadi, Gurugram, Delhi NCR, Ludhiana, Chandigarh, Haryana, Punjab and Jamshedpur.
Our strong logistics network, ready stock and technical knowledge enable us to provide fast PAN India delivery to forging companies, die makers, tool rooms, plastic mould manufacturers, die casting industries and heavy engineering businesses.
Conclusion
DB6 Tool Steel (DIN 1.2714) is a high-performance hot work tool steel, known for its excellent toughness, wear resistance and thermal fatigue resistance. Proper heat treatment gives it hardness in the range of 45–56 HRC and makes it ideal for forging dies, extrusion tooling, die casting dies, and other demanding industrial applications.
Virat Steels is your trusted partner for premium quality DB6 Tool Steel with 70+ years of experience, 2000+ customers, ready stock, MTC, UT & Spectro Tested materials and PAN India delivery.
Call us or send your drawing to receive a customised material recommendation.
Request a Quote
Looking for premium-quality DB6 Tool Steel (DIN 1.2714)?
Virat Steels supplies DB6 Round and Flat Bars & Forged and Rolled Blocks, ESR /non ESR Blocks, Cut-to-Size Material with:
- ✔ 70+ Years of Industry Experience
- ✔ 2,000+ Satisfied Customers
- ✔ Ready Stock
- ✔ MTC Available
- ✔ UT Tested Material
- ✔ Spectro Tested Material
- ✔ Custom Machining
- ✔ PAN India Delivery
Contact Virat Steels today for technical guidance and a customized quotation for your DB6 Tool Steel requirements.
Download PDF:
https://www.viratsteels.com/downloads/DB6_vs_H13_H11_D2_Comparison.pdf
https://www.youtube.com/shorts/qf8SFJDCtlE
https://www.youtube.com/shorts/5hnQ_qp3WsA
Call us: +91-98140 21775 Email: info@viratsteels.com Visit us: Gurgaon (Haryana) | Ludhiana (Punjab)
Frequently Asked Questions
1. What is the working hardness of DB6 steel?
DB6 steel is typically tempered to a working hardness of 44–50 HRC depending on the forging application.
2. Is DB6 a hot work or cold work tool steel?
DB6 (DIN 1.2714) is a premium hot work alloy tool steel containing Nickel, Chromium, Molybdenum, and Vanadium.
3. What is the annealed hardness of DB6?
In annealed condition, DB6 has a hardness of 220–250 HB (Brinell Hardness) for easy machining.
4. What is the hardening temperature for DB6?
The recommended hardening (austenitizing) temperature is 840–870°C followed by oil, polymer, or air quenching.
5. How many tempering cycles are required for DB6?
At least two tempering cycles (double tempering) are required to relieve stress and stabilize the micro-structure.
6. Is DB6 equivalent to D2 or SKD11?
No. DB6 is a hot work steel (1.2714). D2 / SKD11 (1.2379) is a cold work steel used for cold punching and blanking.
7. What is the DIN equivalent of DB6?
The exact DIN equivalent is DIN 1.2714 (55NiCrMoV7) (L6).
8. What makes DB6 tough?
The presence of 1.50–1.80% Nickel (Ni) gives DB6 exceptional core toughness and resistance to impact cracking.
9. Can DB6 be used for blanking dies?
No, cold blanking requires cold work steels like D2 or DC53. DB6 is engineered for hot forging and high-impact dies.
10. What industries rely on DB6 tool steel?
Drop forging, press forging, automotive component manufacturing, heavy engineering, and defense.
11. Is pre-hardened DB6 available?
Yes, DB6 is often supplied in a pre-hardened condition (~35–40 HRC) for direct die cavity machining.
12. Can DB6 steel be welded?
Welding DB6 is difficult due to its high hardenability. Preheating to 300–400°C and post-weld stress relief are essential if welding is necessary.
13. Why does DB6 outperform H13 in drop forging hammer dies?
DB6 has higher Nickel content, offering superior impact energy absorption compared to H13, preventing die shattering under heavy hammer blows.
14. Why is stress relieving important before hardening DB6?
It removes machining stresses, preventing warping and dimensional movement during quenching.
15. What quality reports come with DB6 from Virat Special Steels?
Material Test Certificate (EN 10204 3.1), Ultrasonic Testing (UT) report, and Hardness/Chemical test reports.
16. Does DB6 resist thermal fatigue?
Yes, its balanced Cr-Ni-Mo composition gives high resistance to heat checking (thermal fatigue).
17. What supply forms are available for DB6?
Round bars, flat blocks, forged blocks, and custom cut plates.
18. What is the primary advantage of DB6?
High impact toughness combined with excellent hardenability across large block sizes.
19. What should buyers check before buying DB6?
Ensure ultrasonic soundness (UT testing) to prevent internal defects in large die blocks.
20. Why choose Virat Special Steels for DB6?
Extensive stock, certified quality, precision cutting facilities, quick delivery, and decades of technical expertise.
H13 Tool Steel Supplier in India | Buying Guide for Manufacturers
If you are searching for a reliable H13 tool steel supplier in India, you are likely looking for more than just price.
You need genuine material, ready stock, technical support, test certificates, and fast delivery—especially when your production depends on high-performance tooling.
Whether you are in die casting, forging, extrusion, or plastic moulding, choosing the right supplier for H13 tool steel can directly impact tool life, production quality, and downtime.
What is H13 Tool Steel?
H13 tool steel is one of the most widely used hot work tool steels known for:
- High toughness
- Excellent thermal fatigue resistance
- Good wear resistance
- Heat checking resistance
- Strength at elevated temperatures
This makes it ideal for high-temperature tooling.
Equivalent grades include:
- DIN 1.2344
- SKD61
- X40CrMoV5-1
H13 is commonly used for:
- Aluminium die casting dies
- Forging dies
- Extrusion dies
- Plastic injection moulds
- Hot shear blades
Where to Buy H13 Tool Steel in India?
India has many steel traders, but not all are specialists in tool and die steels.
For consistent quality and reliable service, manufacturers prefer experienced suppliers like Virat Special Steels Pvt Ltd.
Virat Steels is one of the leading H13 steel stockists in India, supplying across major industrial hubs.
Why Virat Steels is a Trusted H13 Steel Supplier in India
1. Ready Stock Available
Virat Steels maintains stock in:
- Round bars
- Flats
- Blocks
This ensures quick dispatch and reduced waiting time.
2. Standard & ESR Grade H13 Available
Virat Steels offers:
- Standard H13
- ESR H13 (Electro Slag Remelted)
ESR H13 provides:
- Better cleanliness
- Longer die life
- Improved toughness
3. Ultrasonic Tested & Certified Material
Each batch can be supplied with:
- Test Certificate
- Hardness report
- Ultrasonic testing report
- Chemical composition details
4. Technical Guidance
Virat Steels helps customers choose:
- Correct grade
- Correct HRC hardness
- Correct size and dimensions
5. Fast Delivery Across India
Virat Steels supplies H13 tool steels in all states and cities in India .
What to Check Before Buying H13 Tool Steel
Before purchasing, always confirm:
1-Material Grade
Ask whether it is genuine H13 tool steel / DIN 1.2344 / SKD61.
2-Steel Quality
Check if the steel is ESR or standard.
3-Testing
Ask for:
- Ultrasonic testing
- Test certificate
- Hardness report
4-Size Availability
Check whether the supplier has ready stock.
5-Technical Support
A knowledgeable supplier helps avoid wrong selection.
Industries Using H13 Steel in India
Virat Steels supplies H13 to:
- Die casting manufacturers
- Forging units
- Extrusion companies
- Plastic mould makers
- Automotive component manufacturers
Frequently Asked Questions (?)
1. What is the equivalent grade of H13 tool steel?
Common equivalent grades of H13 tool steel include DIN 1.2344, SKD61, and X40CrMoV5-1.
2. Where can I buy genuine H13 tool steel in India?
You can buy genuine H13 tool steel from trusted suppliers like Virat Steels, which offers ready stock, ESR grades, test certificates, and fast delivery across India.
3. What is the difference between standard H13 and ESR H13?
ESR (Electro-Slag Remelted) H13 has a cleaner microstructure, fewer inclusions, better toughness, and longer die life compared to standard H13.
4. Is H13 tool steel suitable for plastic moulds?
Yes, H13 tool steel is widely used in high-temperature or long-run plastic injection mould applications due to its wear resistance and toughness.
5. Does Virat Steels provide ultrasonic tested H13 steel?
Yes, Virat Steels can provide ultrasonic-tested H13 steel along with mill test certificates and hardness reports.
6. Which industries use H13 tool steel in India?
Industries such as die casting, forging, extrusion, plastic moulding, and automotive component manufacturing commonly use H13 tool steel.
7. How do I choose the right H13 steel supplier in India?
Choose a supplier that offers genuine material, ready stock, test certificates, technical guidance, and reliable delivery—such as Virat Steels.
8. What sizes are available in H13 tool steel?
Virat Steels supplies H13 steel in rounds, flats, plates, and blocks in various sizes.
Looking to buy genuine H13 tool steel in India?
Contact Virat Steels today:
📞 +91 98140-21775
🌐 https://www.viratsteels.com/h13.html
✉ info@viratsteels.com
& Quickly get expert help with:
- Price
- Size
- Availability Grade
- Delivery timeline
Virat Steels-Trusted H13 Tool Steel Supplier in India.
European Tool Steel vs Indian Tool Steel: A Quality Comparison for Industrial Applications
Tool steel isn’t just another material. It’s the foundation of modern manufacturing. From forging and die-making to automotive parts and heavy engineering, tool steel is everywhere. Every hammer strike, every die cut, every moulded part relies on its strength.
But what really defines good tool steel?
- Durability – how long it lasts under pressure
- Productivity – how much it improves output
- Cost impact – how it affects overall manufacturing expenses
That’s why industrial buyers don’t just buy they compare.
Henceone of the hottest discussions in the market today is:
- European tool steel – known for performance under extreme conditions
- Indian tool steel – often praised for balancing durability with cost efficiency
Which one is better? The answer isn’t always obvious. Each has strengths, and the choice depends on what industries value most—maximum reliability or cost-effective scale.
Thus, understanding the differences between these two sources European tool steel & Indian tool steel helps manufacturers choose the right tool steel for durability, cost efficiency, and reliable performance.
4 major Factors Determines Tool & Die Steel Quality?
The most essential factors together measure how effectively tool steel performs in applications like forging dies, cutting tools, and industrial moulds etc are:
1-Chemical Composition
Tool steel contains alloying elements such as chromium, molybdenum, vanadium, and nickel. The correct balance of these elements determines hardness, toughness, and wear resistance.
2-Metallurgical Structure
Uniform grain structure and low levels of impurities improve strength and reduce the risk of cracking during heavy industrial use.
3-Heat Treatment Capability
Proper hardening and tempering processes ensure the steel achieves the required mechanical properties.
4-Quality Testing and Certification
Inspection methods such as ultrasonic testing help ensure the steel is free from internal defects.
European Tool Steel Manufacturing Standards
European tool steel is produced under strict industrial standards established by organizations such as DIN and European Committee for Standardization. These standards define the chemical composition, mechanical properties, and testing requirements for various tool steel grades.
European steel manufacturers typically focus on:
- Precise alloy composition control
- Advanced refining technologies
- High internal cleanliness of steel
- Consistent mechanical properties
Many widely used tool steel grades originate from European standards, including:
- DIN 1.2344
- DIN 1.2714
- DIN 2379
These steels are commonly used in forging dies, die casting tools, and high-performance industrial tooling.
Development of Indian Tool Steel Manufacturing
India has become one of the leading steel-producing countries in the world. Today, many Indian steel plants use advanced technologies including:
- Electric arc furnaces
- Vacuum degassing
- Continuous casting
- Rolling and forging processes
These technologies help produce high-quality alloy steels and tool steels suitable for industrial applications. Hence, Indian tool steel quality has improved a lot in recent years.
Main Differences Between European and Indian Tool Steel
1-Manufacturing Consistency
European tool steel is recognized for its high level of consistency due to strict production standards and long experience in tool steel metallurgy whereas Indian tool steel also delivers good performance, but the level of consistency may vary depending on the manufacturer and production facility.
2-Metallurgical Cleanliness
European mills generally focus on internal steel cleanliness, which is especially important for tool steels used in forging dies.
Modern Indian steel plants have improved significantly in this area, though buyers should ensure they source from reputable producers or suppliers.
3-Availability of Tool Steel Grades
European mills offer a wide range of specialized tool steel grades developed for specific applications.
and many European grades are now stocked and supplied locally by distributors like Virat Special Steels, allowing manufacturers to access them without importing directly.
4-Cost Considerations
Cost is another important factor when comparing European and Indian tool steel.
European tool steel often comes with a premium price due to its advanced production processes with the costs of international transportation. On the other hand, Indian tool steel positions itself as a cost-competitive contender, offering a practical solution for industries that need performance without stretching budgets.
Which Should You Choose the right supplier?
Whether steel comes from Europe or India, one factor matters most that is –supplier reliability. Consistent quality depends on working with a trusted partner.
A supplier like Virat Steels ensures:
- Verified mill test certificates
- Proper material traceability
- Ready stock across tool steel grades
- Expert technical guidance
For manufacturers, the best choice depends on application requirements, budget considerations, and supplier trust.
European and Indian steel both shine in unique ways—Europe for innovation and sustainability, India for affordability and scale. Assess your project’s requirements to strike the perfect balance.
Frequently Asked Questions (FAQs)
1. Is European tool steel better than Indian tool steel?
European tool steel is known for strict manufacturing standards and consistent metallurgy whereas modern Indian tool steels can also deliver reliable performance when sourced from trusted manufacturers.
2. Why do forging industries prefer European tool steel grades?
European grades follow standards such as DIN, ensuring consistent chemical composition and performance in high-temperature forging applications.
3. What are common European tool steel grades used in forging?
Popular European grades include DIN 1.2344, DIN 1.2714, and DIN 2379.
4. Is Indian tool steel suitable for industrial applications?
Yes. With modern steelmaking technology, Indian tool steel is widely used in forging, automotive, and engineering industries.
5. What factors determine tool steel quality?
Tool steel quality depends on chemical composition, metallurgical cleanliness, heat treatment, and quality testing.
6. How can manufacturers ensure good tool steel quality?
Manufacturers should check mill test certificates, inspection reports, and source materials from trusted suppliers like Virat Steels.
Looking for high-quality tool & die steel?
Virat Special Steels has built a reputation as one of India’s most trusted suppliers, known for expertise, premium quality, and unmatched stock capabilities.
From DB6, H13, P20, D2 and more, we supply tool and die steel grades across India. Whether it’s forging, die-making, or automotive tooling, our steels are engineered to deliver reliability and performance.
📞 Curious about the right size or technical specifications for your application? Our team is ready to guide you.
👉 Explore more: www.viratsteels.com | 📧 info@viratsteels.com | 📱 +91 98140-21775
Virat Special Steels Recognized as Authorised Distributor by NLMK Verona
[Strengthening India’s Access to Genuine European Tool Steel]
Virat Special Steels Pvt. Ltd. is proud to announce a significant milestone in our journey—official recognition as the Authorised Distributor for Hot Work Tool Steel Grades by NLMK Verona S.p.a., Italy. This milestone, dated 2nd February 2026, marks a new chapter in our commitment to delivering excellence in the steel industry.
Virat Special Steels Pvt. Ltd. has been recognized as one of the largest Importers, Exporters, and Stockists of premium steel products of :
- Die Blocks (DIN 1.2714, DB6, H13, H11)
- Tool Steels & Die Steels
- Special Steels & Alloy Steels in multiple grades
Backed by decades of expertise, the company maintains the largest steel yards, ensuring consistent availability, unmatched quality, and timely delivery to domestic industries.
NLMK Verona, a renowned name in the global steel sector, has entrusted Virat Special Steels with the responsibility of distributing their Hot Work Tool Steel Grades in India. This partnership reflects not only our technical expertise but also the trust we have built over the years with our customers and partners.
What This Means for Our Customers
Being an Authorised & Trusted Distributor ensures that our customers benefit from:
- Authentic NLMK Verona products with guaranteed quality
- Reliable supply chain solutions met to industry needs
- Global standards of excellence delivered locally
- On-ground technical support and grade selection support
Whether you are manufacturing dies, Molds, or critical tooling components, Virat Steels ensures your tools are built on proven European steel excellence drive productivity.
Looking Ahead
This achievement is not just a certificate— It’s a promise of authentic material, consistent quality, and strong technical partnership for the Indian tooling industry.
European tool steel excellence is now officially within reach.
Connect with Virat Special Steels to explore NLMK Verona’s authorised tool and die steel range and elevate your tooling performance.
Web: www.viratsteels.com
Email Us: info@viratsteels.com.
Ph: 98140-21775, 9999124971-80 , 9216321771-79.
NLMK Verona Tool Steel: Tough & Stable
When it comes to tool steel suppliers in India, industries demand materials of high strength, precision, and durability. Virat Steels having great experience consistently in metal domain for 7 decades bringing you the finest in European engineering—NLMK Verona Tool Steel. Known worldwide for its toughness, stability, and performance, this steel is trusted across sectors where reliability is non-negotiable.
What Makes NLMK Verona Tool Steel Exceptional?
NLMK Verona, part of the globally respected NLMK Group, is a leader in European tool steel manufacturing. Their products are engineered to hold extreme industrial conditions, ensuring longer service life and superior efficiency.
- Unmatched Toughness
- Dimensional Stability
- High Performance
Optimized for demanding applications like die-making, forging, and cutting tools.
Applications Across Industries
NLMK Verona’s tool steels are trusted in sectors where precision and durability are non-negotiable:
- Automotive Manufacturing: For molds, dies, and wear-resistant components.
- Aerospace Engineering: Ensuring stability in parts exposed to extreme conditions.
- Heavy Engineering: Industrial machinery, specialized tools.
- General Manufacturing: From injection Molds to stamping dies, performance is guaranteed.
Virat Steels: Your Trusted Tool Steel Supplier in India
Virat Steels don’t just supply steel—We deliver solutions engineered for success. By offering NLMK Verona European Tool Steel, we empower our clients with materials that defines with excellent cutting-edge metallurgy technology.
When you choose Virat Steels, you are choosing:
- Global quality with local expertise
- Quick Service
- Technical guidance to your needs
NLMK Verona’s European Tool Steel is more than just a material—it’s truly a commitment to performance. At Virat Steels, we are proud to bring this world-class steel to industries across India, ensuring that our customers stay ahead in quality and productivity.
Looking for the best tool steel suppliers in India?
Choose Virat Steels—your gateway to Italian Tool steel excellence & Discover authentic European quality with full assurance.
Meanwhile for more details explore on- https://www.viratsteels.com/
Email Us: info@viratsteels.com.
Ph: 98140 – 21775, 99991 – 24971 to 80 , 92163-21771 to 79.
European Die Steels for Longer Tool Life – Backed by NLMK Verona (Italy) & Virat Steels (India)
When it comes to tool and die steel, what it truly matters is –tool life, that truly considered as an important technical parameter for improved productivity. This is where European Tool & Die Steel continues to stand out as a proven solution.
Why European Tool Steel Stands Apart?
Globally, European tool steels are recognized for :
- Their advanced steel making technology,
- Strict quality control,
- Consistent performance.
NLMK Verona – European Excellence from Italy
NLMK Verona, based in Verona, Italy—an industrial hub known for metallurgical excellence—is a reputed European producer of high-performance tool and die steels engineered for:
- More tougher & crack-resistant
- Easier to machine
- More dimensionally stable.
When combined with a trusted Indian supply partner, they deliver excellence across tooling and die-making applications in India.
Bringing European Tool Steel to India: NLMK Verona × Virat Steels
Through partnership of NLMK Verona with Virat Steels, now Indian industries will have easier access to European-grade steel with reliable local stocking and service & technically supported solutions.
With over 70+ years of experience in the Indian metal industry, Virat Steels remains a trusted partner for toolmakers and manufacturers, supplying premium grades such as:
DIN 1.2714 | 1.2344 | 1.2738 | 1.2379 | HSS M2, M35 , T1 and more backed by the strong manufacturing expertise of NLMK Verona.
Looking for Genuine European Tool Steel with Assured Performance?
Manufacturers, toolmakers, and industry professionals are invited to connect with us at Mach Auto Expo 2026 to explore more premium European Tool & Die Steel solutions.
📍 Venue: LEC, Ludhiana (Punjab)
📅 Date: 20th Feb -23rdFeb 2026
Visit us to discuss tooling challenges, explore NLMK Verona steel grades, and understand how the right material choice can deliver longer tool life and consistent performance.
Quality Crisis in Tool Steels-Why Reliability matters today?
The domestic steel sector is passing through one of its most challenging phases in recent times. Rising raw material costs, uneven quality, supply chain disruptions, and intense price competition have put immense pressure on both the manufacturers and end users. Even a few established German companies also have sold out or shut down their mills and facilities.
While demand from forging, automotive, plastics, and heavy engineering sectors continues, it is becoming more difficult to find die steel and truly high quality tools.
A Growing Industrial Risk
Unfortunately, today many buyers are being misled in the name of “European material”. The major concern is the manipulation of materials by certain suppliers. They charge premium prices while supplying sub-standard materials under the label of premium brands.
What actually happens- is that such suppliers focus only on short-term gains instead of true quality & they may win orders temporarily, but in doing so they break the trust between genuine steel suppliers and end users and ultimately damage the reputation of the image of genuine suppliers who truly deliver certified, high-quality steel.
Industry Challenges: When Solutions Matter the Most
Across industrial sectors, manufacturers are experiencing
- Fluctuating domestic quality
- Shorter tool life
- Premature cracking and
- Increasing expectations for precision and performance.
These issues directly impact productivity, machining accuracy, and overall tool life. In such a scenario, access to reliability, quality, the world-class steel becomes truly essential.
What industries need today is consistent, high-grade steel that meets global standards — not just in name, but in actual performance. This is where European steel material makes a clear difference, enabling higher productivity and long-term growth.
European Tool Steel: Now Closer to Indian Manufacturers
Until now, Only selected suppliers in India have truly been able to offer imported European tool and die steel grades to manufacturers. Over 70 years’ experience in metal domain , Virat Special Steels, India is changing this scenario by making these Premium European Steels more accessible to the Indian industry through strong local stocking, quick service, and technical support guidance with seamless performance and precision right on their shop floor.
Premium European tool steel is no longer out of reach — it is now locally available, reliable and ready to support the Indian manufacturing through Virat Special Steels.
Choosing the best Tool and Die Steels for your Pressure Die Casting needs?
Pressure die casting is a metal casting process that is characterized by forcing molten metal under high pressure into a mold cavity. The mold cavity is created using two hardened tool steel dies which have been machined into shape and work similarly to an injection mold during the process.
- H13 Steels: DIN 1.2344 (H13) is a hot work tool steel that has excellent machinability and polishability, good high toughness and plasticity, high wear resistance at high and low temperatures and overall hardening performance. It is widely used for aluminum, magnesium and zinc die casting, as well as metal extrusion tools, shear knives, and hot forging dies.
- H11 Steels: DIN 1.2343 (H11) is also a hot work tool steel that has similar properties to DIN 1.2344 (H13), but with less vanadium content, which gives it higher toughness and lower wear resistance. It is suitable for die casting molds for light metal processing, cylinders and pistons on cold chamber machines, and hot forming tools.
- H21 Steels: DIN 1.2581 (H21) is a tungsten-chrome-vanadium steel for hardening in oil and possibly in air with very good hardenability, very high firmness during the heat and resistance to the tempering, high resistance to the hot tempering and good toughness. It is mainly used for hot-working dies and tooling, such as extrusion, die casting and hot-forming of parts.
Virat Special Steels is one of the largest importer, exporter and stockist of die blocks, tool steels, die steels, special steels and alloy steels in various grades in India. The company maintains a high level of inventory of special steels from the world’s leading manufacturers and provides technical advice and support to its customers.
Choose VIRAT SPECIAL STEELS for a seamless blend of quality, variety, and reliability in every steel grade.
Learn more :
https://www.viratsteels.com/hot-work-steel.html
https://www.viratsteel.in/materials/hot-work-steel-supplier-in-india/
The Significance of M2 Steel in the Cutting Tools Industry!
M2 Steel, also known as AISI M2 or DIN 1.3343, is a high-speed tool steel that is part of the tungsten-molybdenum series. This type of steel is renowned for its excellent combination of toughness, wear resistance, and red hardness, which are essential qualities for cutting tools used in high-speed applications.
One of the leading suppliers of M2 Steel in India is Virat Special Steels Pvt Ltd. They have carved a niche in the market by offering high-quality M2 steel that adheres to stringent industry standards. The steel provided by Virat Special Steels is meticulously processed to ensure superior performance in various demanding applications. This makes it an ideal choice for manufacturers who require reliable materials that can withstand the rigors of high-speed operations.
The company’s commitment to quality is evident in the detailed technical support and advice they offer to clients. They guide customers on the best practices for utilizing their steel grades, ensuring that the full potential of M2 Steel is harnessed in their cutting tools.
For businesses looking to enhance their cutting tools’ efficiency and longevity, exploring the offerings of Virat Special Steels could be a step in the right direction. Their expertise in the field and the quality of their M2 Steel could contribute significantly to the performance and success of cutting tools in various industries.
For more information on M2 Steel and its applications, or to inquire about Virat Special Steels‘ products and services, interested parties are encouraged to reach out through the company’s contact channels.
Contact us today to learn more about our products and services!
https://www.viratsteels.com/m2.html
🌐https://www.viratsteels.com 📨 info@viratsteels.com 📞+91 98140 21775