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The Unveiling of 1.2316 Material Composition

In the vast universe of specialty steels, where precision meets performance, 1.2316 material emerges as a distinguished contender. For those delving into the intricacies of standards, properties, and suppliers, this blog serves as a guide, shedding light on the virtues of 1.2316 steel and steering you towards finding the optimal supplier.

Decoding the Standard: What Sets 1.2316 Apart?

1. Global Recognition: 1.2316 adheres to international standards, boasting AISI and DIN designations that render it globally accepted and acknowledged.
2. Corrosion Resistance: As a stainless steel variant within the 1.2xx series, 1.2316 exhibits exceptional corrosion resistance, making it a stalwart against environmental challenges.

The Elemental Symphony: Understanding 1.2316 Material Composition

1. Chromium (Cr): A principal contributor to hardness and corrosion resistance, chromium plays a pivotal role in the composition.
2. Molybdenum (Mo): Enhancing strength and toughness, molybdenum adds to the overall robustness of 1.2316 steel.
3. Carbon (C): Striking a delicate balance between hardness and machinability, carbon is a linchpin in defining the material’s properties.

1.2316 steel Applications:

1. Mold-Making Mastery: The corrosion resistance and high polishability of 1.2316 make it the preferred choice for crafting molds in the plastics industry.
2. Precision in Medical Instruments: Owing to its resistance to corrosion and wear, 1.2316 finds its niche in creating precise medical instruments.

Size Matters: Tailoring 1.2316 to Your Needs

1. Versatile Dimensions: 1.2316 steel comes in various sizes, catering to the diverse needs of industries ranging from manufacturing to tooling.
2. Customization Options: Suppliers like us offer customization, ensuring you get the precise dimensions required for your specific applications.

The Price Tag Puzzle: Unraveling 1.2316 Steel Price Dynamics

1. Market Trends Influence: Prices of 1.2316 steel can be influenced by global market trends, and demand-supply dynamics. And fluctuations in the costs of key elements like chromium and molybdenum.
2. Supplier Transparency: A reliable supplier provides transparent pricing, breaking down costs and ensuring you understand the value you’re receiving.

Navigating the Supplier Landscape: Choosing Your 1.2316 Supplier

1.  OTAI maintains a substantial inventory of steel 1.2316 standards, ensuring a consistent and reliable supply throughout the year.
2. Different specifications can be accommodated to meet the unique requirements of various projects. Showcasing OTAI’s commitment to meeting diverse application needs.
3. With a track record of delivering quality materials and a commitment to customer satisfaction. OTAI is a trusted partner for those seeking precision and excellence in stainless alloys.

Crafting Success Stories: Satisfied Customers Share Their Journey

Consider the case of Emily, a project manager seeking 1.2316 steel for a critical mold. Our commitment to quality, transparent pricing, and customization options not only met her specifications but exceeded expectations. Fostering a long-term partnership.

What is 1.2316 steel?

steel 1.2316 standard is chrome-molybdenum steel with improved corrosion resistance properties, 1.2316 possesses good polishability, toughness, heat resistance, and wear-resistant properties.

1.2316 steel chemical element could also be martensitic stainless chrome steel with uniform hardness altogether dimensions. It is easy to machine with high surface finish and polishability. Steel 1.2316 standard is typically used for plastic molds and offers a far better corrosion resistance than 1.2083. Material 1.2316 is often used for the manufacturing of chemically aggressive materials like PVC and plastics containing abrasive fillers.

1.2316 steel chemical element

Application

1. Mold and Tool Making: The corrosion resistance and machinability of 1.2316 stainless steel make it a preferred choice for molds and tools, especially in the plastics industry.
2. Precision Components: In applications where corrosion resistance and strength are paramount. Such as precision components in various industries, 1.2316 stainless steel excels.

Why choose OTAI

1.  OTAI maintains a substantial inventory of steel 1.2316 standard, ensuring a consistent and reliable supply throughout the year.
2.  Different specifications can be accommodated to meet the unique requirements of various projects. Showcasing OTAI’s commitment to meeting diverse application needs.
3.  With a track record of delivering quality materials and a commitment to customer satisfaction. OTAI is a trusted partner for those seeking precision and excellence in stainless alloys.

Customer Stories

Consider the case of Sandy, a tooling engineer requiring corrosion-resistant stainless steel for a critical mold project. OTAI not only delivered the required material promptly but also provided valuable insights. Ensuring the success of the project and establishing a lasting partnership.

Welcome to today’s blog. Today this post will be a study of DIN 1.6582 steel. As an experienced steel materials technologist, I will take you on a deep dive into this alloy and explore its nuances, applications, and why it is the steel of choice for various industries.

Understanding DIN 1.6582

DIN 1.6582 steel is a heat-treatable steel known for its excellent hardenability. With a tensile strength of 1100 to 1300 N/mm², this alloy is the material of choice for components requiring a perfect blend of strength and toughness. In addition, the equivalent of DIN 1.6582 steel is 34CrNiMo6 steel

Applications Beyond Expectations:

DIN 1.6582 plays a key role in high-stress applications in the automotive, aerospace, and military industries. Its robustness is important in heavy-duty components. In addition, DIN 1.6582 has no impact on its performance in the most demanding environments.

Comparisons that Matter:

In the world of steel, where knowledge counts, DIN 1.6582 has its advantages, equivalent to 30CrNiMo6, and compares favorably with grades such as 4340. Let’s delve deeper into its chemical composition and mechanical properties to unlock the unique advantages this alloy brings.

Decoding the Alloy: Chemical Composition and Mechanical Marvels

Chemical Composition:

Mechanical Properties:

 OTAI Special Steel Advantage: 

Dongguan OTAI Special Steel stands as a beacon in the steel industry, offering unparalleled advantages:

1. Global Presence: Exporting to over 54 countries, adhering to international standards.
2. Trusted Partnerships: A permanent supplier to top companies like ThyssenKrupp and China National Armaments Industry Corporation.
3. Robust Stock: With 10000 tonnes of 4140 sheets in daily stock, ensuring timely deliveries.
4. Cost Efficiency: Reducing dealer costs by 20%, addressing end-users’ concerns comprehensively.
5. Decades of Expertise: Over 20 years in the industry, providing unmatched pre-sales and after-sales support.

Your Experience with DIN 1.6582:

Whether in automotive, aerospace, or manufacturing, DIN 1.6582 offers a key to unparalleled strength. Explore its available size range, understand its composition, and witness its impact – all backed by the assurance of quality from Dongguan OTAI Special Steel.

Contact Us for Further Inquiries and Collaborations: Should you have any questions or seek collaboration opportunities, our team is here to assist you. Contact us for a personalized consultation tailored to your steel requirements.

What is 1.2316 standard steel

1.2316 is an excellent chemical-resistant plastic mold steel. It has excellent corrosion resistance, excellent wear resistance and toughness, good thermal fatigue resistance, uniform material hardness, superior polishing performance, very high surface accuracy after polishing, low impurity content, and stable production time.

It’s worth noting that specific heat treatment processes are often employed to achieve the desired mechanical properties in 1.2316 steel, and the steel’s performance can vary based on the manufacturing and heat treatment processes used.

1.2316 steel Chemical composition

What is the difference between 1.2316 and other tool steels?

1.2316 is different from other tool steels because it has high corrosion resistance. Making it suitable for plastic molding applications that involve chemically aggressive plastics like PVC. Unlike 1.2083, which has lower corrosion resistance and polishability, 1.2316 has a higher chromium content that contributes to its hardness and wear resistance. However, 1.2316 is not as tough or impact-resistant as some other tool steels, such as 1.2344 or 1.2379. Therefore, it is best suited for applications that require high surface quality and durability. But not high mechanical strength or shock resistance.

Why choose OTAI for 1.2316 steel supplier

At Otai, our commitment transcends being material handlers. Armed with proprietary technology and a dedication to continuous improvement, every order signifies our commitment to solving your challenges. We welcome your inquiries with open arms, ready to embark on a journey of precision and reliability together.

Elevate your projects with 1.2316 steel plate precision from Dongguan Otai Special Steel Co Ltd – where excellence is not just a promise but a practice.

Customer Stories

Recently, we received an inquiry from Bill in Malaysia, seeking information on the alloy steel grade 1.2316. After providing a detailed quote, Bill expressed concerns about the authenticity of the material. At OTAI, we understand the importance of transparency and quality assurance.

In response, we promptly supplied Robin with the comprehensive Material Test Certificate (MTC) for our 1.2316 standard steel, assuring him of its authenticity. We encouraged Bill to compare our MTC with alternatives in the market. Emphasizing the importance of not just competitive pricing but also the assurance of genuine quality.

What is Grade 1.2316 alloy steel

1.2316 is an excellent chemical-resistant plastic mold steel. It has excellent corrosion resistance, excellent wear resistance and toughness, good thermal fatigue resistance, uniform material hardness, superior polishing performance, very high surface accuracy after polishing, low impurity content, and stable production time.

1.2316 steel Chemical composition

1.2316 material Heat treatment Related

• Soft annealing:

760 to 800 °C for about 4 to 5 hours; slow controlled cooling of 10 to twenty °C per hour to about 650 °C; further cooling in air, max. 230 HB

• Hardening:

1030 to 1050 °C | 15 to half-hour keeping curing temperature | quenching in water/oil | obtainable hardness: 49 HRC

• Tempering:

Slow heating to tempering temperature immediately after hardening. Minimum time in furnace: 1 hour per 20 mm part thickness

• Forging:

Temperature(°C) 750 – 1100 – COOLING FURNACE

DIN 1.2316 steel Application

1.2316 material is easy to machine with high surface finish, and polishability:

1. Die-Casting Mold
2. Injection Mold
3. Extrusion Die
4. Precision stamping die
5. Cold extrusion molding die
6. Standard formwork
7. Various silicon steel sheets and high-speed punching dies

Why choose OTAI for 1.2316 steel supplier

At Otai, our commitment transcends being material handlers. Armed with proprietary technology and a dedication to continuous improvement, every order signifies our commitment to solving your challenges. We welcome your inquiries with open arms, ready to embark on a journey of precision and reliability together.

Elevate your projects with 1.2316 steel plate precision from Dongguan Otai Special Steel Co Ltd – where excellence is not just a promise but a practice.

Customer Stories

Recently, we received an inquiry from Robin in Turkey, seeking information on the alloy steel grade 1.2316. After providing a detailed quote, Robin expressed concerns about the authenticity of the material. At OTAI, we understand the importance of transparency and quality assurance.

In response, we promptly supplied Robin with the comprehensive Material Test Certificate (MTC) for our 1.2316 standard steel, assuring him of its authenticity. We encouraged Robin to compare our MTC with alternatives in the market. Emphasizing the importance of not just competitive pricing but also the assurance of genuine quality.

What is 1.2316 steel

steel 1.2316 standard is chrome-molybdenum steel with improved corrosion resistance properties, 1.2316 possesses good polishability, toughness, heat resistance, and wear-resistant properties.

1.2316 steel could also be martensitic stainless chrome steel with uniform hardness altogether dimensions. It is easy to machine with high surface finish and polishability. Steel 1.2316 standard is typically used for plastic molds and offers a far better corrosion resistance than 1.2083. Material 1.2316 is often used for the manufacturing of chemically aggressive materials like PVC and plastics containing abrasive fillers.

Chemical composition

Application

1. Mold and Tool Making: The corrosion resistance and machinability of 1.2316 stainless steel make it a preferred choice for molds and tools, especially in the plastics industry.
2. Precision Components: In applications where corrosion resistance and strength are paramount. Such as precision components in various industries, 1.2316 stainless steel excels.

Why choose OTAI

1.  OTAI maintains a substantial inventory of steel 1.2316 standard, ensuring a consistent and reliable supply throughout the year.
2.  Different specifications can be accommodated to meet the unique requirements of various projects. Showcasing OTAI’s commitment to meeting diverse application needs.
3.  With a track record of delivering quality materials and a commitment to customer satisfaction. OTAI is a trusted partner for those seeking precision and excellence in stainless alloys.

Customer Stories

Consider the case of Sarah, a tooling engineer requiring corrosion-resistant stainless steel for a critical mold project. OTAI not only delivered the required material promptly but also provided valuable insights. Ensuring the success of the project and establishing a lasting partnership.

Welcome to the guide to DIN 1.6580 steel. This High-performance alloy is used by industries around the world. As an experienced steel material technologist, I will guide you through the intricacies of this alloy, its applications, properties, and why you should choose Dongguan OTAI Special Steel as your supplier.

Understanding DIN 1.6580

DIN 1.6580, also known as SNCM431 or 4340, is a heat-treatable steel renowned for its exceptional hardenability. The typical tensile strength of this steel ranges from 1100 to 1300 N/mm². Such characteristics render it an indispensable material for components requiring an optimal combination of strength and toughness.

Let’s take a closer look at the alloy’s characteristics and applications.

Applications of DIN 1.6580

DIN 1.6580 plays an important role in a variety of applications, especially in highly stressed components. This is due to its high strength and toughness. This enables it to be the first choice for critical components in the automotive, aerospace, and military industries. In addition to this, steel is used in heavy-duty components, demonstrating its capabilities in demanding environments.

Wondering how DIN 1.6580 compares to other grades? Let’s see

All Grades Comparison

In the field of steel, knowledge of the material is key. DIN 1.6580 is equivalent to 30CrNiMo8 and compares favorably with other grades such as 4340. A detailed comparison of the chemical composition and mechanical properties highlights the unique advantages of this steel.

Now, let’s transition to the corn of the matter – the chemical composition and mechanical properties.

Dongguan OTAI Special Steel, a beacon in the steel industry, offers distinct advantages that set it apart:

Global Presence: Exporting to over 30 countries, OTAI adheres to international standards, catering to diverse markets.
Trusted Partnerships: As a permanent supplier to top companies like ThyssenKrupp, OTAI ensures reliability and excellence.
Robust Stock: With 800 tonnes of 4140 sheets in daily stock, OTAI guarantees timely deliveries to meet your demands.
Cost Efficiency: OTAI reduces dealer costs by 20%, addressing end-users concerns and providing comprehensive solutions.
Decades of Expertise: With over 20 years in the industry, OTAI offers unparalleled pre-sales and after-sales support.

Elevate Your Experience with DIN 1.6580

Whether you’re in the automotive, aerospace, or manufacturing sector, DIN 1.6580 offers a key to unlocking unparalleled strength. Explore its Available Size Range, understand its composition, and witness its impact – all backed by the assurance of quality from Dongguan OTAI Special Steel.

Contact Us for Further Inquiries and Collaborations

Should you have any questions or seek collaboration opportunities, our team is here to assist you. Contact us for a personalized consultation tailored to your steel requirements.

What is 1.2316 steel?

1.2316 Chrome-molybdenum steel for hardening in oil with very good hardenability and good firmness during the heat. The steel has increased resistance to corrosion regarding an increased content of chrome. The steel has excellent resistance to wear, good workability, and polishability, for the usage it is delivered in the heat-treated state.

Mechanical Properties

The mechanical properties of 1.2316 steel are outlined in the following table.

DIN 1.2316 steel Application

1.2316 material is easy to machine with high surface finish, and polishability:

1. Die-Casting Mold
2. Injection Mold
3. Extrusion Die
4. Precision stamping die
5. Cold extrusion molding die
6. Standard formwork
7. Various silicon steel sheets and high-speed punching dies

Why choose OTAI for 1.2316 steel supplier

Choosing the right supplier is pivotal when it comes to sourcing 1.2316 stainless steel. OTAI, a distinguished supplier, stands out for several reasons:

1. OTAI maintains a substantial inventory of 1.2316 steel, ensuring a consistent and reliable supply throughout the year.
2. Different specifications can be accommodated to meet the unique requirements of various projects, showcasing OTAI’s commitment to meeting diverse application needs.
3. With a track record of delivering quality materials and a commitment to customer satisfaction, OTAI is a trusted partner for those seeking precision and excellence in alloy steels.

Customer Stories

Real success stories add depth to the alloy’s narrative. Consider the case of Alen from Germany, who requires a specific grade of din 1.2316 steel for a critical tooling project. As a 1.2316 steel supplier, OTAI’s commitment to quality, customization, and timely delivery played a pivotal role in the project’s success, earning praise and establishing a long-term partnership.

In the intricate landscape of stainless steels, where precision and performance converge, 1.2316 stainless steel emerges as a distinguished player. Understanding its equivalence in the vast realm of alloys is crucial for those seeking a material that seamlessly blends corrosion resistance, durability, and machinability. Join us on a journey as we unravel the 1.2316 stainless steel equivalent, exploring its properties, applications, and why it stands out in the world of stainless alloys.

The Alloy Symphony: Decoding the Composition of 1.2316 Stainless Steel

1. Chromium (Cr): The cornerstone of stainless steel, chromium imparts corrosion resistance and enhances the alloy’s ability to withstand harsh environments.
2. Carbon (C): Controlled carbon content contributes to the alloy’s strength and machinability, striking a delicate balance to ensure optimal performance.
3. Nickel (Ni): Nickel enhances the toughness and ductility of 1.2316 stainless steel, making it resilient in applications subjected to varying stresses.
4. Molybdenum (Mo): Molybdenum contributes to the alloy’s corrosion resistance and high-temperature strength, making it suitable for diverse applications.

1.2316 stainless steel equivalent: Comparable Alloys in the Stainless Steel Realm

While 1.2316 stainless steel is distinctive, it finds equivalence in alloys that share similar characteristics. Alloys like AISI 420, X38CrMo16, and SUS 420J2 bear resemblances in terms of corrosion resistance and machinability. Understanding these equivalences provides a broader perspective for engineers and manufacturers when selecting the optimal stainless steel for their specific applications.

Versatility in Action: Applications of 1.2316 Stainless Steel

1. Mold and Tool Making: The corrosion resistance and machinability of 1.2316 stainless steel make it a preferred choice for molds and tools, especially in the plastics industry.
2. Precision Components: In applications where corrosion resistance and strength are paramount, such as precision components in various industries, 1.2316 stainless steel excels.

Supplier Spotlight: OTAI’s Expertise in 1.2316 Stainless Steel

Choosing the right supplier is pivotal when seeking 1.2316 stainless steel. OTAI, a distinguished supplier, stands out for several reasons:

1. Robust Inventory: OTAI maintains a substantial inventory of 1.2316 stainless steel, ensuring a consistent and reliable supply throughout the year.
2. Customization Expertise: Different specifications can be accommodated to meet the unique requirements of various projects. Showcasing OTAI’s commitment to meeting diverse application needs.
3. Reliability in Excellence: With a track record of delivering quality materials and a commitment to customer satisfaction. OTAI is a trusted partner for those seeking precision and excellence in stainless alloys.

Success Stories: Realizing Excellence with 1.2316 Stainless Steel

Consider the case of Sarah, a tooling engineer requiring corrosion-resistant stainless steel for a critical mold project. OTAI not only delivered the required material promptly but also provided valuable insights, ensuring the success of the project and establishing a lasting partnership.

In the realm of precision engineering and high-performance alloys, DIN 1.2316 steel material properties stand as a paragon of excellence. Its properties, meticulously crafted through a sophisticated alloying process, define its stature as a premium material for a myriad of applications. Join us on a journey as we unravel the intrinsic properties that make DIN 1.2316 steel a preferred choice in the world of precision engineering and toolmaking.

The Blueprint of Strength: Chemical Composition of DIN 1.2316 Steel

1. Carbon (C): Serving as the foundation, carbon imparts strength and hardness to 1.2316 tool steel. Its controlled presence ensures the alloy maintains machinability while offering formidable strength.
2. Chromium (Cr): Chromium plays a pivotal role in enhancing the hardenability of DIN 1.2316 steel. It contributes to the alloy’s corrosion resistance, adding a layer of durability crucial for various applications.
3. Nickel (Ni): Nickel enhances the toughness and impact strength of alloy steel grade 1.2316. This element is instrumental in promoting ductility, making the alloy resilient in applications subjected to heavy loads.
4. Molybdenum (Mo): Molybdenum contributes to the alloy’s elevated strength, wear resistance, and the ability to withstand high temperatures. It works synergistically with chromium to create a robust steel with superior performance characteristics.

Precision Forged: Heat Treatment and DIN 1.2316 material properties

1. Heat Treatment:  alloy steel grade 1.2316 responds well to heat treatment, allowing for precise adjustments in its mechanical properties. Processes like annealing and quenching refine the microstructure, optimizing hardness, toughness, and overall performance.
2. Hardness: DIN 1.2316 steel exhibits impressive hardness, making it suitable for applications where wear resistance and durability are paramount. The alloy’s ability to maintain hardness even at elevated temperatures enhances its performance in challenging environments.
3. Toughness: The alloy’s fine-tuned composition, including nickel and molybdenum, contributes to its exceptional toughness. 1.2316 tool steel can withstand heavy impacts and stresses, making it ideal for toolmaking and precision components.

Applications Amplified: Where DIN 1.2316 Steel Excels

1. Precision Molds and Dies: The combination of hardness and toughness makes DIN 1.2316 steel a preferred choice for precision molds and dies in the plastics industry.
2. Toolmaking: Whether crafting intricate cutting tools or precision components, DIN 1.2316 steel’s properties make it a versatile material in toolmaking applications.

Supplier Spotlight: OTAI’s Commitment to Excellence

Choosing the right supplier is pivotal when it comes to sourcing DIN 1.2316 steel. OTAI, a distinguished supplier, stands out for several reasons:

1. Comprehensive Inventory: OTAI maintains a substantial inventory of DIN 1.2316 steel, ensuring a consistent and reliable supply throughout the year.
2. Customization Expertise: Different specifications can be accommodated to meet the unique requirements of various projects, showcasing OTAI’s commitment to meeting diverse application needs.
3. Reliability in Excellence: With a track record of delivering quality materials and a commitment to customer satisfaction, OTAI is a trusted partner for those seeking precision and excellence in alloy steels.