DIN 1.2419 Cold Work Tool Steel Bar

 

Introduction:

 

China is one of the world’s leading manufacturers of steel, and their production of steel is of top-notch quality. With the boom in the Chinese manufacturing industry, many manufacturers are looking out for distributors in different countries. If you are a steel bar manufacturer in China and searching for means to introduce your products to merchants outside China, then you have come to the right place. Here we will guide you on how to introduce your product, DIN 1.2419 Cold Work Tool Steel Bar, to foreign merchants.

 

About DIN 1.2419 Cold Work Tool Steel Bar:

 

DIN 1.2419 is a cold work tool steel bar made up of a combination of chromium and molybdenum, with a carbon content of 1.05-1.20%. The alloy composition of DIN 1.2419 has excellent wear resistance, toughness, and hardness, making it ideal for various applications such as cutting tools, stamping dies, and other precision tool-making. It has an excellent response to heat treatment and surface finish, making it a perfect material for industrial application.

 

What makes DIN 1.2419 Cold Work Tool Steel Bar Different?

 

Here are some aspects that make DIN 1.2419 Cold Work Tool Steel Bar different:

 

1. High Wear Resistance: The addition of molybdenum and chromium makes the alloy highly wear-resistant, perfect for applications that require intense cutting or stamping, like making tools or dies.

 

2. Toughness: Unlike other materials, DIN 1.2419 can absorb the blow of impact, and this does not affect its properties. This feature is beneficial for applications that need to absorb high levels of stress or pressure.

 

3. Hardness: DIN 1.2419 has excellent hardness, with a Rockwell C Scale (HRC) of between 58-60. This feature is perfect for applications that require resistance to deformation or bending of material, for instance, cutting blades.

 

4. Easy to work with: DIN 1.2419 is easy to machine, making it ideal for industrial applications where machining is an essential aspect of the production process.

 

Advantages of DIN 1.2419 over Other Materials:

 

1. DIN 1.2419 has a high wear resistance than other alloys, meaning it lasts longer than other materials.

 

2. DIN 1.2419 has excellent toughness, which makes it the perfect solution for applications that require high flexibility.

 

3. The excellent hardness of DIN 1.2419 is what makes it ideal for cutting and forming processes.

 

How to Use DIN 1.2419:

 

DIN 1.2419 is suitable for various applications, including cutting tools, stamping dies, and other precision tool-making. The material is perfect for making tools like tap drills, punches, dies, and milling cutters. It’s also ideal for cutting applications like scissors, surgical knives, and razors.

 

Longevity of DIN 1.2419:

 

DIN 1.2419 Cold Work Tool Steel Bar has excellent wear resistance, toughness, and hardness, which makes it highly durable. The material also maintains its cutting edge for a more extended period, hence reducing downtime.

 

Conclusion:

 

In conclusion, DIN 1.2419 Cold Work Tool Steel Bar is an excellent material for various industrial applications. Its wear resistance, toughness, and hardness make it perfect for cutting tools, stamping dies, and other precision tool-making. So, as a manufacturer, making it known to merchants outside China is an excellent idea. You can emphasize its unique features such as high wear resistance, toughness, and hardness to attract merchants. Highlighting its advantages over other materials and showing merchants how it could benefit their businesses would also be ideal. Finally, make sure to demonstrate how the material can be used and its longevity, which makes it an excellent investment.

 

 

 

Why choose us?

• Our Die Steel Bar products are known for their outstanding performance and durability, making them ideal for use in demanding applications.
• Our company advocates the human resource development concept of 'training excellent technical team in hard production and development, gathering first-class business elites in fierce market competition'.
• Our team of experts is committed to continuing to innovate and improve our Die Steel Bar products to meet changing customer needs.
• The company integrates many social resources and is committed to providing new and old customers with satisfactory and cost-effective products.
• Our factory is equipped with the latest technology to produce high-quality Die Steel Bar products efficiently.
• We are willing to provide channels and platforms for staff development and pursue the common growth of enterprise and staff.
• We are proud to be a leader in the Die Steel Bar manufacturing industry and are dedicated to delivering the best products and services to our customers.
• We have been proud from the higher consumer gratification and wide acceptance due to our persistent pursuit of high quality both on product or service and service for DIN 1.2419 Cold Work Tool Steel Bar.
• At our factory, we take great pride in producing high-quality Die Steel Bar products that meet the needs of our customers.
• We are committed to providing quality DIN 1.2419 Cold Work Tool Steel Bar and considerate services to customers at home and abroad.

 

Relevant Steel Specifications of AISI T4 High Speed Tool Steels

Country	USA	German	Japan
Standard	ASTM A600	DIN EN ISO 4957	JIS G4403
Grades	T4/T12004	S 18-1-2-5/1.3255	SKH3

 

AISI T4 Tool Steel and Equivalents’ Chemical Composition

ASTM A600	C		Mn		P	S	Si		Cr		V		W		Mo		Co
T4	0.70	0.80	0.10	0.40	0.03	0.03	0.20	0.40	3.75	4.50	0.80	1.20	17.50	19.00	0.40	1.00	4.25	5.75
DIN ISO 4957	C		Mn		P	S	Si		Cr		V		W		Mo		Co
S 18-1-2-5/1.3255	0.75	0.83	…	0.40	0.03	0.03	…	0.45	3.80	4.50	0.80	1.20	17.50	18.50	0.50	0.80	4.50	5.50
JIS G4403	C		Mn		P	S	Si		Cr		V		W		Mo		Co
SKH3	0.73	0.83	…	0.40	0.03	0.03	…	0.45	3.80	4.50	0.80	1.20	17.00	19.00	…	…	4.50	5.50

 

Mechanical Properties of T-4 Steel

Properties	Metric	Imperial
Modulus of elasticity	190-210 GPa	27557-30458 ksi
Poisson’s ratio	0.27-0.30	0.27-0.30

 

Thermal Properties of T4 Tool Steels

Properties	Metric	Imperial
Thermal expansion co-efficient	11.9 µm/m°C	6.6 µin/in°F

 

Forging of ASTM T4 Tool Steel Materials

Forging of T4 steel can be carried out from 850 to 1120°C (1775 to 2100°F).

Preheat T4 steel material uniformly and slowly to 860-880°C.

Increase the forging temperature up to 1050-1120°C.

T4 hss tool steel should be cooled very slowly after forging.

 

AISI/ASTM T4 Tool Steel Heat Treatment and Properties

Hardening:

Harden T4 high speed tool steel from a temperature of 1260-1290oC followed by oil, air quenching or warm bath at 550oC. Hardness after quenching is 63-66 HRC.

Annealing:

T4 steel should be annealed after hot working. Increase the temperature of T4 high speed steel to 860°C(Max220°C per hour). Hold at the temperature and then cool slowly with the furnace. The annealed hardness achieved should be below HB255.

Tempering:

Tempering temperature: 2x 560-580oC. Hardness after tempering is 64-65 HRC.

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