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NLMK Verona Tool Steel DB6 (DIN 1.2714): Properties, Applications & Supply in India
If you own a forging shop, die-making unit or heavy tooling operation, you know that the difference between a die that lasts one production run and one that lasts hundreds comes down to the steel underneath it. NLMK Verona Tool Steel DB6 is one of the European grades that is increasingly being specified by Indian manufacturers for close die forging, hammer dies and heavy-impact tooling – and with good reason.
This guide will explain what NLMK Verona DB6 really is, its real composition and mechanical properties, how it machines and heat-treats, where it is used and how to decide if it is the right grade for your application – all from verified technical data.
What Is NLMK Verona Tool Steel DB6?
NLMK Verona Tool Steel DB6 is a specialty tool steel plant of the NLMK Group, located in the north of Italy, close to Verona. The plant produces forged blocks, plates, and ingots for tool and die applications, and currently supplies its hot-work die steel to the Indian market under the DB6 designation — the specific grade Virat Steels stocks and distributes from this mill.
DB6 is not a proprietary or obscure code. It corresponds to well-established international standards:
| Designation | Standard |
| DB6 | Commercial/trade name |
| DIN 1.2714 | German (Werkstoff) standard |
| AISI L6 | American standard |
| AFNOR 55NCDVV7 | French standard |
| Standard family | 55NiCrMoV (Cr-Ni-Mo-V alloyed hot-work steel) |
To summarize, a buyer searching for “NLMK Verona DB6”, “db6 nmlk verona” or “nmlk verona die steel” is looking for this specific chromium-nickel-molybdenum-vanadium alloyed hot-work die steel, a popular grade in the European and Indian tooling supply chains, now available from NLMK Verona’s Italian production.
Chemical Composition of NLMK Verona Tool Steel DB6 / DIN 1.2714
DB6 is a Cr-Ni-Mo-V alloy system which provides a balance of toughness and hardness:
| Element | C | Si | Mn | P | S | Cr | Ni | Mo | V |
| % Range | 0.50–0.60 | 0.10–0.40 | 0.65–0.95 | ≤0.03 | ≤0.03 | 1.00–1.20 | 1.50–1.80 | 0.45–0.55 | 0.07–0.12 |
DB6 has high toughness and impact resistance (compared to more common hot-work grades such as H13) and high nickel content (compared to more common hot-work grades such as H13) for exceptional toughness and impact resistance rather than pure high-temperature hardness retention.
Mechanical Properties
| Property | Value |
| Tensile Strength | 1000–1400 MPa |
| Yield Strength | 1045 MPa |
| Elongation | 15%–20% |
| Impact Toughness | 20–25 J/cm² |
| Hardness (working) | 50–55 HRC |
| Compressive Strength | 2500 MPa |
| Modulus of Elasticity | 205 GPa |
Typical supply hardness ranges (depending on treatment condition):
- Annealed condition: 255 BHN max
- Hardened & tempered: 38–42 HRC (die-ready condition), with tools further hardened up to 50–55 HRC for service
- Hardness variation, surface to core: 20–25 BHN
Physical Properties
| Coefficient of Thermal Expansion (10⁻⁶ m/m·K) | 20–100°C | 20–200°C | 20–300°C | 20–400°C | 20–500°C | 20–600°C |
| Value | 12.1 | 13.1 | 13.2 | 13.5 | 14.1 | 14.3 |
| Thermal Conductivity (W/m·K) | 20°C | 350°C | 700°C |
| Value | 35.0 | 39.0 | 36.0 |
Note: Exact physical values can vary slightly with heat treatment and section size — always cross-check against the mill test certificate for critical applications.
Machinability of NLMK Verona DB6
DB6 is easy to work and the machinability can be rated at about 90 % relative to W-group water-hardening low-alloy steels taken as the 100 % reference. This makes it much easier to machine than many high-alloy cold-work or high-speed steel grades, and still retains the toughness needed for heavy forging dies.
Practical machining notes:
- Best machined in the annealed condition (≤255 BHN) before final hardening
- Finish machining should ideally be completed before final hardening and tempering, with only grinding/polishing done after
- Stress-relief before hardening reduces distortion risk in large die blocks
Heat Treatment Guide
| Process | Parameters |
| Annealing | Soak at 740–760°C, furnace-cool at max 10°C/hr down to 600°C, then air cool |
| Hardening | Preheat to 650°C, raise quickly to 900–950°C, quench in oil |
| Hardening (mill data) | 840–880°C oil quench → 57 HRC; 860–900°C air quench → 55 HRC |
| Tempering | Multiple tempers; hardness drops from ~56 HRC (100°C temper) to ~34 HRC (650°C temper) |
| Stress Relieving | Heat to 600–650°C, soak 2 hrs per 25mm section, slow cool |
| Forging | Warm to 700°C, raise to 1050°C, keep forging above 800°C, cool slowly in furnace/vermiculite |
| Nitriding | Possible after hardening + tempering; done ~50°C above nitriding temperature |
| Normalizing | Not recommended — DB6 is air-hardening |
Applications of NLMK Verona DB6 Tool Steel
DB6’s high toughness and impact resistance make it especially suited to heavy-impact forging applications rather than pure high-temperature die casting:
- Dies for drop forging hammers & mechanical presses
- Die holders, cassettes, and shoe blocks
- Hot shear blades
- Piston rods, cranks, and boosters
- Punches and blanking/forming dies
- Trimmer dies
- Clutch parts, pawls, shafts, knuckle pins
- Forming rolls, spindles, and rollers
Industries: Automotive component manufacturing, heavy forging, aerospace tooling, general engineering, and metalworking.
Advantages of NLMK Verona DB6 Tool Steel
- Superior toughness and impact resistance compared to many hot-work alternatives — ideal where shock loading, not just heat, is the main stress
- Good hardenability through thick sections, suited to large forging die blocks
- European mill origin (NLMK Verona, Italy) with documented alloy composition
- Good machinability (~90% relative rating) compared to many alloy tool steels
- Nitriding-compatible for surface wear resistance without sacrificing core toughness
- Supplied by Virat Steels with extra forging reduction, upsetting, and double tempering for improved ultrasonic quality in die blocks
DB6 vs H13 vs D2 — Comparison Table
| Factor | DB6 (DIN 1.2714) | H13 (DIN 1.2344) | D2 (Cold Work) |
| Category | Hot-work, high-toughness | Hot-work, high-temp hardness | Cold-work, high wear resistance |
| Key strength | Toughness & impact resistance | Thermal fatigue resistance | Abrasion/wear resistance |
| Typical hardness | 50–55 HRC | ~50 HRC | 58–62 HRC |
| Best suited to | Hammer/press forging dies, shock loading | Die casting, extrusion dies | Blanking, punching, cold forming |
| Machinability | Good (~90% rating) | Good | Moderate (high alloy content) |
| Nickel content | High (1.5–1.8%) | None | None |
How to Choose Between NLMK Verona Tool Steel DB6 (and Other Grades)?
- Is your tooling exposed to repeated impact/shock loading? DB6 is specifically strong here — hammer forging and heavy press dies benefit most from its toughness.
- Is your process purely high-temperature (die casting, hot extrusion) with less shock? H13 (DIN 1.2344) may be a better fit than DB6 due to superior thermal fatigue resistance.
- What supply condition do you need? DB6 is available annealed or hardened & tempered — confirm this at order stage based on your in-house heat treatment capability.
- What section size does your die need? Large forged blocks require good through-thickness hardenability — DB6’s alloy design supports this.
- Do you need surface hardening? DB6 can be nitrided after hardening/tempering for improved wear resistance while keeping core toughness.
- Do you need ultrasonic-tested quality die blocks? Ask specifically for extra forging reduction and double-tempered blocks — Virat Steels supplies DB6 this way for critical forging applications.
Why Source NLMK Verona DB6 Through Virat Steels?
- NLMK Verona origin DB6/DIN 1.2714 Steel – Official stockist and supplier
- PAN-India supply network covering major forging & auto hubs (Ahmedabad, Pune, Chennai, Bengaluru, Delhi NCR, Ludhiana etc.)
- Flat, square, and round bar available in project-based quantities
- Extra forging reduction and double tempering for improved ultrasonic quality on die blocks
- Technical support to confirm the right grade — DB6 vs H13 vs other die steels — for your specific application
Frequently Asked Questions
1. What is NLMK Verona Tool Steel DB6?
It is a Cr-Ni-Mo-V alloyed hot-work die steel (DIN 1.2714 / AISI L6) produced by NLMK Verona, Italy and supplied in India by Virat Steels.
2. What is DB6 steel equivalent to?
DB6 is commonly equivalent to DIN 1.2714, AISI L6, and AFNOR 55NCDVV7.
3. What is the hardness of DB6 steel?
Working hardness is typically 50–55 HRC after hardening and tempering; annealed condition is supplied at 255 BHN max.
4. Is DB6 better than H13 steel?
DB6 provides higher toughness and impact resistance, hence better suited for heavy forging, whereas H13 is more suitable for high temperature hot-work processes such as die casting.
5. Which steel is better for hammer forging dies?
DB6 is generally preferred for hammer forging dies due to its superior toughness and shock resistance.
6. What is the chemical composition of DB6?
Approximately 0.50–0.60% C, 1.00–1.20% Cr, 1.50–1.80% Ni, 0.45–0.55% Mo, and 0.07–0.12% V.
7. Can DB6 steel be welded or re-hardened?
Yes, but it must be done carefully — with stress tempering for pre-hardened condition — to avoid cracking.
8. Is DB6 steel suitable for hot work applications?
Yes, DB6 performs well in hot-work applications due to its strength and toughness at elevated stress conditions.
9. What is the machinability of DB6 steel?
DB6 rates roughly 90% machinability relative to W-group water-hardening steels (100% baseline) — considered good.
10. Should DB6 be normalized?
No — DB6 is air-hardening and should not be normalized.
11. Can DB6 be nitrided?
Yes, after hardening and tempering, at approximately 50°C above the intended nitriding temperature.
12. What shapes is NLMK Verona DB6 available in?
Flat, square, and round bar, supplied by Virat Steels across India.
13. Does Virat Steels supply NLMK Verona DB6 in India?
Yes, Virat Steels is a stockist and supplier of NLMK Verona-origin DB6/DIN 1.2714 tool steel.
14. What industries use DB6 tool steel?
Automotive components, heavy forging, aerospace tooling and general engineering.
15. What is the forging temperature range for DB6?
Heat to 700°C and then raise rapidly to 1050°C. Keep forging temperature above 800°C.
16. What’s the distinction between DB6 and DIN 2713?
The DIN 2713 is improved for better die performance and is called DIN 2714 (DB6).
17. What tensile and yield strength does DB6 offer?
Tensile strength 1000–1400 MPa, yield strength ~1045 MPa.
18. Does DB6 require oil or air quenching?
Both are used. Oil quenching at 840-880 °C gives ~57 HRC. Air quenching at 860-900 °C gives ~55 HRC.
19. What documentation should I request when ordering NLMK Verona DB6?
Always request a mill test certificate (MTC) confirming the heat/batch chemical composition and mechanical test results.
20. Where can I buy NLMK Verona DB6 tool steel in India?
Virat Steels supplies and stocks NLMK Verona DB6/DIN 1.2714 steel PAN-India, including to Gurugram, Delhi NCR, Pune, Chennai, and other major industrial hubs.
Conclusion
NLMK Verona Tool Steel DB6 (DIN 1.2714 / AISI L6) is the best solution for one simple reason: toughness where it counts – in heavy forging dies subject to repeated shock loading. Its Cr-Ni-Mo-V alloy design, excellent machinability and good hardenability make it a preferred choice for forging shops and die makers across India.
Need NLMK Verona DB6 die blocks, flats, squares, or round bars for your next forging project? Get in touch with Virat Steels — share your drawing and section size requirement, and our team will confirm grade, stock availability, and delivery timelines.
+91-98140 21775 | info@viratsteels.com
Understanding Tool & Die Steel Hardness and Toughness for Manufacturing
Introduction
In every industry from forging shops to automotive plants, tool & die steels are the silent heroes at work. They shape, cut, and press with relentless precision. But behind every tool lies a choice: the steel it’s made from.
If a tool steel is too hard, it risks cracking under impact. If it’s too tough, it wears down too quickly. The secret to industrial success isn’t choosing one over the other. it’s finding the perfect balance.
The topic is hence clear that neither hardness nor toughness alone could carry the weight of modern industry. Progress demanded a balance that is -hard enough to resist wear & tough enough to withstand impact. With this harmony, dies lasted longer, automotive components are forged with precision, and heavy engineering tools are made without interruption.
That’s why manufacturers don’t just pick any steel grade. They choose carefully, knowing that the right steel is the difference between downtime and success.
What Is Tool & Die Steel Hardness?
Hardness means the ability of steel to resist surface wear, indentation, or deformation. In industrial tooling applications, higher hardness usually means better resistance to abrasion and longer tool life.
Hardness is typically measured using the Rockwell hardness scale(HRC). Tool steels used in industrial applications often fall within a hardness range of 45 HRC to 62 HRC, depending on the specific grade and application.
Why Hardness Matters ?
Hardness is especially important in applications where tools are exposed to continuous friction and high pressure. Examples include:
- Forging dies
- Cutting tools
- Punches and Molds
- Industrial forming tools
A higher hardness level helps tools maintain their shape and resist wear during repeated manufacturing cycles.
What Is Tool & Die Steel Toughness?
Toughness refers to the ability of steel to absorb impact and resist cracking or breaking under stress. It is particularly important for tooling applications where tools are exposed to heavy mechanical loads or sudden shocks.
In forging operations, dies often experience repeated impact forces. Tool steels with good toughness can withstand these forces without developing cracks or fractures.
Why toughness Matters ?
High toughness is critical in applications such as:
- Hammer forging dies
- Press forging tools
- Heavy-duty industrial dies
- Impact tools
Without adequate toughness, even a very hard steel may fail prematurely.
The Balance Between Hardness and Toughness
One of the biggest challenges in tool steel selection is achieving the right balance between hardness and toughness. Increasing hardness often reduces toughness, while increasing toughness may lower hardness.
Therefore, tool steel manufacturers carefully design steel grades and heat treatment processes to achieve an optimal combination of these properties.
For example:
- Cold work tool steels often emphasize high hardness and wear resistance
- Hot work tool steels are designed with higher toughness to withstand thermal and mechanical stress
Selecting the correct steel grade depends on the specific operating conditions of the tool.
How Heat Treatment Affects Hardness and Toughness
Heat treatment plays a critical role in controlling the mechanical properties of tool steel. Processes such as hardening and tempering help achieve the desired balance of hardness and toughness.
Typical heat treatment stages include:
- Heating the steel to a specific temperature
- Rapid cooling (quenching) to increase hardness
- Tempering to improve toughness and reduce brittleness
Proper heat treatment ensures that tool steel can perform reliably in demanding industrial environments.
Tool Steel Applications Requiring the Right Balance
Different industrial applications require different combinations of hardness and toughness.
1.Forging Dies
Forging dies require high toughness to withstand repeated impact and sufficient hardness to resist wear.
2.Cutting Tools
Cutting tools need very high hardness to maintain sharp edges during machining operations.
3.Plastic Moulds
Mould steels require moderate hardness and good toughness for durability and dimensional stability.
Choosing the right tool steel for each application helps manufacturers reduce tool failures and improve productivity.
Why Tool & Die Steel Quality Matters
Even with the correct hardness and toughness levels, the quality of the steel itself plays an important role. Factors such as metallurgical cleanliness, grain structure, and manufacturing processes influence the final performance of tool steel.
Reliable suppliers such as Virat Special Steels help industries access high-quality tool steel with proper certification and consistent properties.
This ensures better reliability in applications such as forging dies, industrial tooling, and heavy engineering components.
FAQs (Frequent Asked Questions)
1-What is tool & die steel?
Tool & Die Steel is a high-strength, wear-resistant steel specially designed for making tools, dies, and molds used in manufacturing and shaping materials like metal or plastic.
2-What is hardness in tool steel?
Hardness is the ability of tool steel to resist wear, indentation, and deformation during industrial use.
3-Why is toughness important in tool steel?
Toughness allows tool steel to absorb impact and resist cracking under heavy loads.
4-Can tool steel have both high hardness and toughness?
Yes, modern tool steels are designed to balance hardness and toughness through alloy composition and proper heat treatment.
5-What affects the hardness of tool steel?
Hardness is influenced by chemical composition, heat treatment processes, and steel manufacturing quality.
6-Which supplier provides best quality tool & die steels?
Virat Special Steels, a most trusted Indian Supplier provide a wide range of high-performance steel grades for manufacturing industries.
Conclusion
Hardness and toughness are two of the most important properties that determine the performance of tool steel.
By selecting the right tool steel grade and sourcing it from reliable suppliers, manufacturers can significantly improve the performance and durability of their industrial tools.
At VIRAT SPECIAL STEELS, we provide a complete range of premium hot work and cold work tool steels to support every industrial requirement. Whether you are into forging, stamping, cutting, die casting, or extrusion, we deliver the right steel grade with consistent quality and reliable performance. Contact us today.
https://www.viratsteels.com info@viratsteels.com +91 98140-21775
DB6 vs H13 Tool Steel: Which is Better for Forging Applications?
In forging, every die tells a story. Its steel grade decides how long it lasts, how smooth production runs, and how good the final product looks. Some last longer, some deliver sharper precision, and some balance cost with performance. Behind each of these outcomes lies one major choice is the steel grade used to craft the die.
Two steels often step into this role: DB6 and H13. Both are strong, both resist wear, but they shine in different ways. DB6 is the tough fighter, built to handle shock loads in heavy-duty forging. H13 is the precision player, balancing hardness and heat resistance for high-performance dies.
Choosing between them isn’t just technical, it’s about selecting the right steel need for your operations. Whether you’re in automotive forging, heavy engineering, or industrial equipment manufacturing, understanding the differences between DB6 and H13 can help you decide which steel will carry your production forward.
Overview of DB6 Tool Steel
DB6 is a high-toughness hot work tool steel commonly used for hammer forging dies and heavy-duty tooling. It is generally considered equivalent to DIN 1.2714.
Key features of DB6 steel:
- Very high toughness
- Excellent resistance to impact loads
- Good wear resistance
- Ideal for hammer forging operations
Because of its toughness, DB6 is preferred where tools face repeated mechanical shock.
Overview of H13 Tool Steel
H13 is one of the most widely used hot work tool steels due to its strong heat resistance and hardness stability at high temperatures.
Key features of H13 steel:
- Excellent heat resistance
- Good wear resistance
- High hardness retention at elevated temperatures
- Suitable for hot work tooling
H13 is commonly used in die casting, extrusion, and hot forging applications.
Chemical Composition Comparison
The chemical composition of these steels influences their mechanical properties and performance.
| Element | DB6 Steel | H13 Steel |
| Carbon | 0.50 – 0.60% | 0.35 – 0.42% |
| Chromium | 1.00 – 1.30% | 4.75 – 5.50% |
| Nickel | 1.50 – 1.80% | — |
| Molybdenum | 0.40 – 0.50% | 1.10 – 1.75% |
| Vanadium | — | 0.80 – 1.20% |
Nickel in DB6 increases toughness, while chromium and vanadium in H13 improve heat resistance.
Hardness Comparison
Hardness plays an important role in determining the wear resistance and durability of tool steels.
| Condition | DB6 Steel | H13 Steel |
| Annealed Condition | 200 – 240 HB | 190 – 220 HB |
| Hardened & tempered | 50 – 54 HRC | 48 – 52 HRC |
Both steels achieve similar hardness, but their performance differs due to toughness and heat resistance.
Applications of DB6 Steel
DB6 steel is widely used in industries requiring tools that can withstand high impact forces includes.
- Hammer forging dies
- Heavy duty forging tools
- Shear blades
- Industrial punches
- Large forming dies
These tools often experience repeated mechanical shock, making DB6 steel an ideal choice.
Applications of H13 Steel
H13 steel is commonly used in hot work tooling where high temperatures are involved includes.
- Die casting dies
- Hot extrusion tools
- Aluminum die casting molds
- Plastic injection molds
- Hot forging dies
Its excellent thermal stability makes it suitable for processes involving molten metals or continuous heating.
Key Differences Between DB6 and H13 Steel
| Toughness | Very high | High |
| Heat resistance | Good | Excellent |
| Wear resistance | Good | Very good |
| Impact resistance | Excellent | Moderate |
| Typical use | Hammer forging dies | Hot work dies |
This comparison highlights that both steels serve different purposes in industrial tooling.
Which Steel Should You Choose?
The choice between DB6 and H13 steel depends on the operating conditions of the tooling.
| Choose DB6 Steel for | Choose H13 Steel for |
| Heavy hammer forging | High temp applications |
| High impact loads | Die Casting |
| Large forging dies | Hot Extrusion process |
Understanding the working conditions helps engineers select the most suitable tool steel.
Tips for Improving Die Life
when selecting high-quality die steel, manufacturers must follow several practices to improve die performance:
- Ensure Proper heat treatment
- Maintain Correct die design
- Use appropriate lubrication during forging
- Control operating temperatures
These practices help reduce tool wear and prevent premature failure.
Frequently Asked Questions (FAQs)
1.Is DB6 better than H13 steel?
DB6 steel is better for applications requiring high toughness and impact resistance excels in heavy forging applications, while H13 steel is better for high-temperature hot work processes.
2.What is DB6 steel equivalent to?
DB6 steel is commonly considered equivalent to DIN 1.2714 tool steel.
3.What is the hardness of DB6 steel?
After heat treatment, DB6 steel typically reaches a hardness of approximately 50 to 54 HRC.
4.Which steel is better for hammer forging dies?
DB6 steel is generally preferred due to its superior toughness and impact resistance.
5.Which steel offers better value for money in the long term?
H13 offers superior durability in extreme conditions, while DB6 provides cost-efficiency for general use.
6.Is DB6 steel suitable for hot work applications?
Yes, DB6 steel performs well in hot work applications due to its strength and resistance to elevated temperatures.
7.Where can I source premium DB6 and H13 steels?
Virat Special Steels provides premium quality DB6 and H13 steel for forging and industrial tooling applications across India.
8.Is Virat Steels a reliable supplier for DB6 tool steel?
Yes, Virat Steels is known as a major importer, exporter, and stockiest of tools and die steels including DB6 / DIN 1.2714.
9.Do suppliers in India stock European grades?
Yes. Virat Special Steels is one of the best stockiest and suppliers of European grades such as DIN 1.2714, DIN 1.2344 etc.
10. Can DB6 be welded or re‑hardened?
Yes, DB6 tool steel can be welded and re-hardened, but it must be done carefully to maintain its mechanical properties and avoid cracking.
Looking for high-quality DB6 or H13 tool steel?
Virat Steels supplies premium tool and die steel grades for industries across India. Contact our team to get more details about available sizes and technical specifications suitable for your applications.
https://www.viratsteels.com/db6.html info@viratsteels.com +91 98140-21775
Virat Special Steels an ISO 9001:2015 Certified Trading Company
Elevating Standards as an ISO 9001:2015 Certified Trading Company
Introduction: A Legacy of Excellence
Virat Special Steels is a name synonymous with trust, quality, and innovation in the steel trading industry. As an ISO 9001:2015 certified trading company, we are committed to setting benchmarks in quality and operational efficiency. Our dedication to upgrading infrastructure and maintaining world-class standards makes us the go-to partner for high-quality steel solutions. Whether you are constructing skyscrapers or manufacturing precision tools, Virat Special Steels ensures you get the finest products with expert guidance every step of the way.
What Makes ISO 9001:20215 Certification Significant?
Understanding ISO 9001:2015
ISO 9001:2015 certification is a globally recognized standard for quality management systems. It emphasizes:
- Meeting customer needs consistently.
- Adopting a process-driven approach for efficiency.
- Continuously improving systems for enhanced outcomes.
Virat Special Steels’ Certification
Being certified under ISO 9001:2015 highlights our commitment to:
- Ensuring superior quality standards.
- Streamlining processes to reduce delays.
- Delivering unparalleled customer satisfaction.
This certification reflects our dedication to staying ahead in the competitive steel trading market.
Our Commitment to Quality and Continuous Improvement
At Virat Special Steels, improvement isn’t a one-time effort—it’s a way of life. Our approach is grounded in:
- Upgrading Technology: Regular investments in cutting-edge machinery and tools ensure optimal efficiency and accuracy.
- Employee Training: Skilled professionals are empowered with continuous learning to excel in their roles.
- Customer-Centric Approach: Every product and service is designed with customer satisfaction in mind.
World-Class Infrastructure: Where Innovation Meets Precision
To deliver top-notch steel products, a robust infrastructure is essential. Virat Special Steels takes pride in its state-of-the-art facilities, designed for precision, speed, and reliability.
Machinery and Equipment
Our infrastructure is equipped with the latest tools and technologies, ensuring seamless operations:
- 27 Bimetal Horizontal & Vertical Bandsaw Machines: Cutting capacity up to 2500mm x 1100mm, catering to projects of any scale.
- 14 Overhead Lifting Cranes: Lifting capacity of up to 20 tons for effortless material handling.
- 20 Lifting Magnets: Each with a lifting capacity of up to 5 tons, ensuring safety and efficiency.
- 2 Fork Lifters: Designed to handle up to 3 tons, streamlining transportation within the plant.
Advanced Testing Facilities
Quality assurance is integral to our operations. Our in-house testing facilities include:
- Chemical & Spectro Lab: Ensures the composition meets industry standards.
- UT Testing Machine: Non-destructive testing for structural integrity.
- Hardness Tester: Measures the durability of our steel products, ensuring they stand the test of time.
Machining Plant
Our machining plant ensures precise customization to meet diverse project requirements, delivering products tailored to perfection.
Why Choose Virat Special Steels?
1. Superior Product Quality
Every product from Virat Special Steels meets rigorous quality checks. From raw materials to finished goods, quality is our top priority.
2. Expert Guidance
Our experienced team provides technical advice, ensuring you select the right product for your project. Whether it’s construction, machinery, or industrial manufacturing, our experts have you covered.
3. Comprehensive Range of Products
We offer a wide array of steel products, catering to diverse industries. Our inventory ensures you get exactly what you need, when you need it.
4. Commitment to Sustainability
Sustainability is at the heart of our operations. By using energy-efficient processes and reducing waste, we contribute to a greener planet.
Applications of Virat Special Steels’ Products
Virat Special Steels caters to a wide range of industries, ensuring our steel solutions meet specific needs:
- Construction: Reinforcing bars, structural steel, and beams for high-rise buildings and infrastructure.
- Automotive: High-grade steel for vehicle components, ensuring safety and durability.
- Industrial Machinery: Precision steel products for equipment that drives industrial growth.
- Tool Manufacturing: Specialized steel grades for making cutting tools and molds.
Dedicated to Customer Satisfaction
At Virat Special Steels, our customers are at the core of our mission. Here’s how we ensure satisfaction:
- Timely Deliveries: Robust logistics systems ensure products reach you on time, every time.
- Customization Options: Tailored solutions for unique project requirements.
- Reliable Support: A dedicated team to resolve queries and provide seamless after-sales service.
Looking Ahead: The Future of Virat Special Steels
As a forward-thinking company, Virat Special Steels is constantly innovating. Our goals for the future include:
- Expanding our product portfolio to cater to emerging markets.
- Investing in advanced automation for faster and more precise manufacturing.
- Strengthening our sustainability practices to contribute to a better tomorrow.
Conclusion: Building the Future with Virat Special Steels
When it comes to premium steel solutions, Virat Special Steels stands unmatched. With ISO 9001:2015 certification, cutting-edge infrastructure, and a commitment to excellence, we empower industries to achieve their goals. Trust Virat Special Steels for unmatched quality, expert guidance, and a partner dedicated to your success.
FAQs
1. What does ISO 9001:2015 certification mean for customers?
It ensures that customers receive products and services of the highest quality, backed by reliable processes and consistent improvements.
2. What industries does Virat Special Steels serve?
We serve industries such as forging, automotive, industrial machinery, and tool manufacturing.
3. What testing facilities are available at Virat Special Steels?
Our facilities include a chemical and spectro lab, UT testing machine, hardness tester, and more for comprehensive quality assurance.
4. Can I get customized steel products from Virat Special Steels?
Absolutely! We offer customized solutions to meet unique project needs.
5. How does Virat Special Steels ensure sustainability?
By adopting energy-efficient processes, minimizing waste, and prioritizing eco-friendly practices, we contribute to sustainable development.
Our products are specifically engineered to extend service life, save time, and provide optimal performance. Trust us for accurate and timely service to meet your needs.
Virat Special Steels, INDIA!
https://www.viratsteels.com/
📞 Contact us today to learn more about how we can support your business!
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Exploring the Prime Tool and Die Steel Supplier in India!
Tool and die steels are a group of high-carbon steels used primarily in the manufacturing of tools and dies used in metal forming and metal cutting processes. These steels are designed to have high hardness, wear resistance, and toughness, making them suitable for withstanding the severe conditions encountered during the shaping and cutting of metals.
Key characteristics of tool and die steels include:
- Hardness: Tool and die steels are heat-treated to achieve high hardness, enabling them to resist wear and abrasion.
- Toughness: Despite their hardness, these steels also exhibit toughness, which is crucial for withstanding the impact and shock loads associated with metalworking processes.
- Wear Resistance: Tool and die steels should have excellent wear resistance to maintain their cutting and shaping abilities over an extended period.
- Heat Resistance: Some applications may involve elevated temperatures, so heat resistance is another important property for tool and die steels.
In terms of the future of tool and die steel industry in India, it is dependent on various factors, including the growth of the manufacturing sector, advancements in technology, and the overall economic development of the country.
Here are some potential trends and considerations, as India continues to develop its manufacturing sector, there will likely be an increased demand for tool and die steels to support the production of various goods. Innovations in manufacturing processes and technologies may lead to the development of new and more specialized tool and die steels with enhanced properties, contributing to increased efficiency and precision in metalworking.
The competitiveness of the Indian tool and die steel industry will be influenced by global market trends and competition. Adapting to international standards and quality benchmarks will be essential. Government policies and initiatives that promote the growth of the manufacturing sector, technological innovation, and skill development can positively impact the tool and die steel industry.
One of the best Tool & Die Steel Supplier in India is:
Virat Special Steels Pvt. Limited : This is a company that deals in all kinds of tool steel, die steel, plastic mold steel, high speed steel, and alloy steel. They provide value added services, such as material machining, cut pieces, and tailor-made material. They also offer metallurgical advice and quality assurance. They have a state-of-the-art plant in Gurugram and Ludhiana. They also have a strong distribution network across India.
Virat Special Steels Provides Special Steels in All Major Cities India.
Agra, Alwar,Ambala, Anand, Bhiwadi, Dehradun, Ghaziabad, Haridwar, Rudrapur, Delhi, Faridabad, Kanpur, Noida, Gurgaon, Manesar, Kundali , Chandigarh, Waluj , Vadodara, Pimpri – Chinchwad, Rajkot, Jaipur, Ahmedabad, Pithampur, Surat, Amravati, Vadodara, Indore, Bhopal, Ranchi, Jamshedpur, Howrah, Kolkata, Pune, Thane, Nashik, Mumbai, Navi Mumbai, Nagpur, Ambattur, Bangalore, Belgaum, Chittoor, Dindigul, Hyderabad, Ernakulam, Chennai, Secunderabad, Visakhapatnam, Coimbatore, Mysore, Nellore, Kochi, Thiruvananthapuram, Trivandrum, Vijayawada, Guntur, Tirupati, Nazarathpet, Kakinada, Kurnool and many more..
You can visit their website: https://www.viratsteels.com/