For professionals in the engineering, manufacturing, or construction sectors, the choice of materials can significantly impact project success. When it comes to steel round bars, EN24 is a name that stands out. In this comprehensive guide, we will explore the world of EN24 steel round bars and provide you with the essential information you need to make well-informed decisions.

What Are EN24 Steel Round Bars?

EN24 steel round bars belong to the family of high-strength alloy steels, prized for their exceptional mechanical properties. These round bars are crafted by blending nickel, chromium, and molybdenum, resulting in remarkable tensile strength, ductility, and resistance to wear. This unique combination of features makes EN24 steel round bar a top choice for various industries.

The Key Characteristics of EN24 Steel Round Bars

• Impressive Tensile Strength: EN24 steel round bas are renowned for their outstanding tensile strength, making them ideal for applications where structural integrity and load-bearing capacity are paramount.
• Unmatched Ductility: Even under high-stress conditions, these round bars maintain their structural integrity, thanks to their remarkable ductility.
• Wear Resistance: EN24 steel round bar exhibits exceptional resistance to wear and abrasion, ensuring a longer service life in demanding applications.
• Versatile and Machinable: EN24 steel round bar can be easily machined, forged, or stamped, offering versatility in manufacturing and construction projects.

Applications 

EN24 steel round bars find applications across various industries, including:

• Aerospace: The aerospace sector relies on EN24 steel round bar for their high tensile strength and durability, which are vital for critical aerospace components.
• Automotive: These round bars are integral to the production of power transmission gears, crankshafts, and other high-stress components in the automotive industry.
• Manufacturing: EN24 steel round bar are essential for manufacturing tough and durable parts, such as bolts, stub axles, and structural components.
• Engineering: They are used in a wide range of engineering applications, including gears, shafts, and mold components.

Comparing EN24 Steel Round Bars to Equivalent

Cost-effectiveness is a crucial factor in material selection for your project. EN24 steel round bar presents a compelling case when compared to alternative materials with similar properties. The initial investment in EN24 steel round bar can translate into substantial long-term economic benefits, including enhanced durability, reduced maintenance costs, and improved overall performance.

Exploring the Cost Dynamics of EN24 Steel Round Bars

Understanding the cost factors associated with EN24 steel round bars is essential for informed decision-making in projects. The price of EN24 steel round bars can vary due to several factors, including global economic conditions, supply and demand, technical specifications, and transportation costs.

1. Global Economic Conditions: EN24 steel round bar prices are influenced by the global economic cycle. During periods of economic growth, the demand for steel products increases, leading to price rises. Conversely, during economic downturns, steel prices may decline.
2. Supply and Demand: The market price of steel products, including round bars, is heavily influenced by supply and demand dynamics. Analysts consider not only existing supply and demand but also projections and trends to determine appropriate pricing.
3. Technical Specifications: The technical specifications of EN24 steel round bar can affect their cost. Technological advancements in production processes can influence costs. Additionally, these advancements can lead to the development of alternative materials, which can either reduce or increase the demand for EN24 steel.
4. Transportation Costs: Shipping and transportation costs can impact the overall price of EN24 steel round bar. Depending on various factors, including currency fluctuations and political conditions, it may be cost-effective to import materials rather than source them locally.
5. Comparative Costs: EN24 steel round bar offers a compelling case for cost-effectiveness when compared to alternative materials with similar properties. Through detailed cost comparisons, it becomes evident that the initial investment in EN24 steel can lead to substantial long-term economic benefits. These include enhanced durability, reduced maintenance costs, and improved performance.

Where to Source 

The procurement of high-quality EN24 round steel is crucial for the success of the project. Reputable suppliers and manufacturers play a crucial role in ensuring the quality and reliability of materials. OTAI Special Steel Co., Ltd. is such a trustworthy supplier that you can continue your project with confidence because you know that the materials meet the required standards.

In Conclusion

In conclusion, understanding the cost dynamics of EN24 steel round bar is vital for making informed decisions in various industries. By exploring the factors influencing its cost, comparing it to alternative materials, and recognizing its economic benefits, you can harness the full potential of EN24 steel round bar for your projects. The long-term savings and improved performance make EN24 a cost-effective choice in the world of materials engineering.

When it comes to high-strength steel, you need to be knowledgeable. EN24 steel bars, also known as 817M40 steel, are renowned for their excellent mechanical properties, which are natural. Whether you are an industry professional or just starting your journey in the steel world, this guide is a compass for you to understand the power and potential of EN24 steel bars.

Understanding EN24 reinforcement

EN24 steel bars are known for their strength and durability. When you need a material that can withstand strict conditions, these bars are your first choice. Their components include elements such as nickel, chromium, and molybdenum, providing an unparalleled combination of tensile strength, ductility, and wear resistance.

Application of EN24 steel bars

Where does the impressive strength of EN24 steel come into play? Here are some key applications:

• Automotive industry: EN24 steel bars are typically used for key automotive components that require excellent tensile strength and wear resistance. The crankshaft, axle, and gearbox shaft are just a few examples of EN24 shining brightly.
• Machinery and gears: If you are engaged in power transmission gears or other gear applications that require maximum hardness, EN24 steel bars are your best ally.
• Engineering and manufacturing: The versatility of EN24 steel bars makes them suitable for various manufacturing needs. Whether it is structural components with high tensile requirements or parts in the plastic and rubber molding industry, EN24 can provide you with services.

Advantages of EN24 steel reinforcement

EN24 steel bar have some obvious advantages:

• Excellent durability: EN24 bars can withstand harsh conditions and heavy loads, making them a cost-effective choice in the long run.
• Easy to machine: These bars are easy to machine, whether in the annealed state or after quenching and tempering.
• Wear resistance: EN24 steel bar have been carefully designed to withstand the test of time, reduce maintenance costs, and improve performance.

Pricing of EN24 steel bars

A key factor in the decision-making process is the cost of EN24 steel reinforcement. Pricing may vary depending on factors such as size, quantity, and supplier. In order to obtain the most accurate pricing based on your specific needs, it is recommended to directly contact the Dongguan Otai Special Steel. As a buyer of EN24 steel bar, you understand that obtaining multiple quotes can help you make cost-effective choices.

Procurement of EN24 steel bars

To ensure the quality and reliability of EN24 steel bar, you must choose a trustworthy supplier. Looking for suppliers like Dongguan Otai Special Steel, known for providing high-quality materials that meet industry standards.

Conclusion

EN24 steel or 817M40 steel is your ticket to achieving excellent strength, durability, and performance in various applications. Understanding their composition and benefits enables you to make informed decisions in the steel industry. If you are looking for a material that can withstand the worst conditions, an EN24 steel bar is a good choice.

Therefore, whether you are an experienced professional or a newcomer in the field, the strength and versatility of the EN24 steel bar should be considered in your next project. With the right knowledge and suppliers, you can achieve outstanding results in the field of high-strength steel.

Why do you need to understand EN24 steel？

EN24 alloy steel is known for its exceptional mechanical properties, making it a popular choice across various industries. Understanding the cost factors associated with EN24 steel is crucial for informed decision-making in projects. In this comprehensive guide, we will delve into the cost dynamics of EN24 alloy steel, explore the influencing factors, compare its costs with alternative materials, and highlight the long-term economic benefits of choosing this high-strength steel.

Understanding EN24 Alloy Steel

EN24 is a hardened and tempered steel alloy with exceptional strength. This grade, which combines nickel, chromium, and molybdenum, has excellent ductility, wear resistance, and tensile steel strength. EN24 is appropriate for a range of elevated temperature applications due to its comparatively good impact qualities at low temperatures.

Factors Influencing the Cost of EN24 Alloy Steel

1.  Affected by the economic cycle

Economic cycles have a significant impact on the steel industry as steel is a global commodity. Domestic and international steel prices are interconnected, and when global steel prices rise, domestic costs cannot continue to decline. The global financial crisis of 2008 resulted in a sharp drop in steel prices. The steel industry’s development is closely linked to the nation’s economic growth and the demand for steel consumption.

During periods of rapid economic growth, there is a substantial market demand for steel products, leading to price increases. Conversely, when the country’s economy enters an adjustment phase, steel product prices tend to decrease. These economic fluctuations play a pivotal role in shaping the steel industry’s trajectory.

2. The impact of supply and demand on the cost of EN24 alloy steel

The market price of any commodity, including steel goods, is heavily influenced by the state of supply and demand. This is particularly true for the steel industry, where demand has been gradually rising for years due to the discovery of new uses for this miracle metal. To determine the appropriate price for a pound of steel, financial analysts take into account not only the existing supply and demand but also projections and patterns. Customers should so closely watch the dynamics of supply and demand for steel products and look into how their prices have changed.

3. Technical level requirements

One important aspect influencing the cost of steel goods is their technical level. Three factors primarily influence how much technological advancements affect the price of steel products: first, how they affect the production process and subsequently how much they cost; second, how they produce alternatives to steel, which lowers the demand for steel; and third, how they cause steel products to be substituted for other materials, which raises the demand for steel.

4. Transportation and labor costs

Although goods made locally are typically less expensive, this isn’t always the case. The cost of shipping and transportation into and out of South Africa varies significantly based on a number of factors, including the season, the value of the Rand, and various political conditions. However, there has been pressure on the manufacturing sector to employ local materials when importing steel, or the raw materials needed to make it may occasionally be less expensive than making it internally. Jobs are created when manufacturers are encouraged to “shop locally,” but labor prices may go up as a result.

5. Comparing Costs: EN24 vs. Other Materials

EN24 alloy steel offers a compelling case for cost-effectiveness when compared to alternative materials with similar properties. Through detailed cost comparisons, it becomes evident that the initial investment in EN24 steel can lead to substantial long-term economic benefits. These include enhanced durability, reduced maintenance costs, and improved performance.

Where to Source EN24 Alloy Steel

Sourcing high-quality EN24 alloy steel is paramount for project success. Reputable suppliers and manufacturers play a crucial role in ensuring the quality and reliability of the material. By selecting a trusted supplier, you can confidently proceed with your project, knowing that the material meets the required standards.

Conclusion

In conclusion, understanding the cost of EN24 alloy steel is vital for making informed decisions in various industries. By exploring the factors influencing its cost, comparing it to alternative materials, and recognizing its economic benefits, you can harness the full potential of EN24 steel for your projects. The long-term savings and improved performance make EN24 a cost-effective choice in the world of materials engineering.

When it comes to steel, the quest for the perfect alloy is never-ending. EN24, a well-established steel grade, has served various industries for over a century. But what if you’re looking for an equivalent? Perhaps you need a different option for your specific application? This blog delves into the realm of EN24 steel equivalents.

What Is EN24 Steel?

EN24 is a sturdy steel alloy with high tensile strength, excellent ductility, and seismic resistance, making it the preferred choice for various industries.

EN24 Steel Equivalents 

Steel knows no borders, and various countries around the world have developed their own versions of nickel-chrome-moly steel to serve their industries. Below are some of the EN24 equivalents from around the world:

• USA (AISI): 4340
• Germany (DIN): 34CrNiMo6
• France (AFNOR): 34NiCrMo8 / 35NCD6
• Sweden (SIS): 14.2541
• Spain (UNE): F1.272
• Japan (JIS): SNCM447
• China (GB/T): 34Cr2Ni2Mo

These international equivalents cater to the diverse needs of different regions, offering similar properties to EN24.

EN24 Steel Properties and Applications

EN24, particularly in the ‘T’ condition, is renowned for its high tensile strength and shock resistance. It is also easy to machine and can be forged or stamped without difficulty. This versatility makes it an excellent choice for:

• Power transmission gears
• Cranks, axles, and shafts
• Connecting rods
• Bolts and screws
• Parts in the plastics and rubber molding industry
• Structural components requiring high tensile strength

Whether it’s a high-stress gear or a critical axle, EN24 can handle the pressure.

Typical Mechanical Properties for EN24

Heat Treatment and Machinability

EN24 can undergo various heat treatment processes, such as hardening, tempering, nitriding, and more. It’s machinable both in the annealed condition and when hardened and tempered, offering flexibility in manufacturing.

Welding and Stress-relieving

While EN24 can be welded in the annealed state, welding it in higher tensile conditions isn’t recommended due to the potential impact on its properties. Stress relieving can be beneficial after welding or heavy machining to ensure stability.

The History of EN24

EN24 boasts a rich history dating back to the late 19th century. Initially produced as nickel-chrome steel in Sheffield, various steel mills created their versions with unique names. However, during World War II, efforts to standardize steel specifications led to the birth of EN24, then known as ‘ESC 1 ½ percent NICKEL-CHROME STEEL.’ In 1970, it was officially designated as 817M40.

EN24’s journey highlights its enduring presence and continual adaptation to industry needs.

In your quest for the perfect steel alloy, understanding EN24 and its equivalents opens the door to a world of options. Whether you choose the classic EN24 or opt for one of its international counterparts, rest assured that these alloys have a strong global legacy and a promising future in various applications. If you need any help, please feel free to contact us!

Exploring 1.2085 Steel Equivalents: Properties and Applications

When it comes to understanding materials like 1.2085 steel and their alternatives, having a comprehensive overview is crucial. In this article, we’ll delve into the properties, characteristics, and application fields of 1.2085 steel equivalents. We’ll begin by revisiting the key properties of 1.2085 steel, followed by an exploration of potential alternatives, their chemical compositions, and performance attributes.

Revisiting the Characteristics of 1.2085 Steel

1.2085 steel stands out for its remarkable corrosion resistance, particularly when it’s hardened, and boasts a mirror-polished surface. Key properties of this steel include:

• Magnetizability
• Outstanding mechanical resistance and toughness.
• Exceptional suitability for components exposed to aggressive plastics.
• Excellent tool machinability thanks to its sulfur content.
• Adaptability to wet environments and moisture.
• Resilience against wear and corrosion.
• Dimensional stability during heat treatment.

To comprehend potential alternatives, let’s first examine the chemical composition of 1.2085 steel:

Mechanical properties can vary significantly based on the chosen heat treatment method, such as normalization, tempering, or quenching and tempering (QT). For detailed property insights, don’t hesitate to reach out to our sales team.

Mechanical Properties of 1.2085 Steel

Mechanical properties can vary significantly based on the chosen heat treatment method, such as normalization, tempering, or quenching and tempering (QT). For detailed property insights, don’t hesitate to reach out to our sales team.

Exploring Potential 1.2085 Steel Equivalents

Now, let’s embark on a journey to explore materials that can be considered 1.2085 steel equivalents. One such formidable alternative is AISI 420 FM, a tool steel renowned for its corrosion resistance. It comes highly recommended when you require excellent machinability, robust mechanical properties, and top-notch corrosion resistance. This makes it an ideal choice for applications involving aggressive plastics and the production of plastic molds. AISI 420 FM is widely embraced in automotive and mechanical engineering, the food industry, and scenarios where thermoplastics face chemical aggression and acid absorption.

Chemical Composition of Equivalent Materials

In our quest for alternatives, it’s imperative to closely examine the chemical composition of these materials. Martensitic stainless steels like AISI 420 FM are extensively utilized across various industries, including medicine, food production, and mold manufacturing. However, they might exhibit limitations in hardness and wear resistance when superior tribological properties are essential.

Enhancing Properties with Plasma Nitriding

To overcome these limitations, the application of plasma nitriding has emerged as a transformative process. It empowers martensitic stainless steels to achieve:

• Remarkably higher surface hardness.
• Enhanced anti-fatigue strength.
• Superior resistance to abrasion.
• Exceptional tribological properties.
• Plasma nitriding typically occurs at low temperatures, usually around 400–580°C, minimizing deformation during the cooling phase. Additionally, it obviates the need for specialized processes to remove passive oxide films.

Applications of 1.2085 Steel Equivalents

Materials akin to 1.2085 steel, such as AISI 420 FM, have discovered extensive applications across a diverse spectrum of industries:

1. Food Industry Molds: Their resistance to corrosion renders them indispensable for crafting molds that come into direct contact with food products.
2. PVC-related Applications: They excel in environments where corrosive materials like PVC are prevalent.
3. Dental and Surgical Instruments: The heightened corrosion resistance of these materials positions them as crucial components in the manufacturing of medical instruments.
4. Templates and Frameworks: Manufacturers frequently employ them in fabricating molding frames designed to withstand high-pressure environments and resist abrasion effectively.
5. Chemical Corrosion-resistant Plastic Molds: These materials play a pivotal role in molding operations that involve chemically corrosive plastics or environments with elevated humidity, thereby reducing the frequency of mold maintenance.
6. Structural Components and Injection Molds: Their versatility extends to the production of structural components and injection molds.
7. Valves: They find widespread usage in the manufacturing of steam and water valves.
8. Base Plates: These materials are extensively deployed in the production of corrosion-resistant, high-strength base plates.

In summary, while 1.2085 steel boasts unique properties and applications, our exploration of alternatives like AISI 420 FM underscores the importance of considering various materials with their distinct advantages and applications.