H13 Hot Die Steel

Name: H13 Hot Die Steel
Brand: SHREE BALAJI STEEL
Price: 270 INR
Availability: InStock

Price 270 INR/ Kilograms

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MOQ : 5 Kilograms

H13 Hot Die Steel Specification

Product Name
Steel

Steel Type
Hot Die Steel

Steel Product Type
Steel Bars

Grade
H13

Thickness
25 Millimeter (mm)

Application
Used in hot and cold work tooling applications

Color
Grey

H13 Hot Die Steel Trade Information

Minimum Order Quantity
5 Kilograms

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
1000 Kilograms Per Day

Delivery Time
Days

Main Domestic Market
All India

About H13 Hot Die Steel

With almost years of experience, we have been able to supplier quality assured H13 Hot Die Steel. The offered bar is manufactured with precision by our dexterous troop of professionals at our premises using quality tested mild steel and contemporary techniques. The provided bar finds its wide usage in fabrication and construction work. Our reputed patrons can get this H13 Hot Die Steel from us in varied dimensions at marginal rates.

Specification

Material Grade	H13
Single Piece Length	10 ft
Usage/Application	Used in hot and cold work tooling applications
Shape	Flat
Technique	Hot Rolled
Thickness	25 mm
Rust Proof	Yes
Hardness	38 to 48 HRC
Temperature	1100 Degrees Fahrenheit

Versatility in Tooling Applications

H13 Hot Die Steel bars serve a dual role in both hot and cold work operations, making them versatile across different sectors. Their robust build and high thermal stability allow them to withstand substantial temperature variations, ensuring consistent results whether used in forging dies or cold punches. Their adaptability makes them an essential choice for toolmakers and engineers.

Distinctive Properties for Industrial Strength

Renowned for their high-grade alloy composition, H13 Hot Die Steel bars resist cracking even under rapid heating and cooling cycles. The products 25 mm thickness offers structural strength, while its grey hue indicates a refined alloy mixture. These characteristics contribute to long-lasting performance and reduced maintenance overheads in tooling setups.

FAQs of H13 Hot Die Steel:

Q: How is H13 Hot Die Steel manufactured for tooling applications?

A: H13 Hot Die Steel bars are produced through a combination of alloying, melting, forging, and precise heat treatments. This process enhances their hardness and ensures excellent resistance to thermal fatigue, making the bars suitable for both hot and cold work tooling.

Q: What are the main benefits of using H13 Hot Die Steel bars in industrial environments?

A: The primary advantages include superior toughness, high resistance to wear and heat, and the ability to maintain strength at elevated temperatures. These qualities extend tool lifespan, minimize downtime, and support consistent performance during intensive manufacturing processes.

Q: When should H13 Hot Die Steel bars be chosen over other steel types?

A: H13 bars are ideal when tooling must endure frequent temperature fluctuations and mechanical stress, such as in forging, extrusion, or die casting. They are a preferred choice whenever longevity and stability in hot or cold environments are required.

Q: Where in India can you source H13 Hot Die Steel bars?

A: These steel bars can be sourced from a network of reputable suppliers, traders, and wholesalers throughout India, catering to the needs of industrial toolmakers and manufacturers nationwide.

Q: What is the typical process for integrating H13 Hot Die Steel into tooling production?

A: Integration involves selecting the bar grade and thickness, machining to desired shapes or molds, followed by heat treatment for optimal properties. Consistent quality checks ensure the finished tooling meets industrial performance standards.

Q: How does the specified thickness of 25 mm enhance the usage of H13 Hot Die Steel bars?

A: A 25 mm thickness provides additional durability, allowing the steel bars to withstand considerable stress and resist deformation. This makes them apt for applications where tool integrity is critical under heavy loads.

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