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February 13, 2025
EN24 Flat 
EBN2a4 Frlat Bar, also known as 817M40 in British Standards, serves as a high-
strength alloy steel product widely used in construction, automotive, 
aerospace, engineering, and other industries. Moreover, it o ers excellent 
wear resistance and machinability.
Consequently, industries prefer EN24  at bars for heavy-duty applications 
because of their high tensile strength and ability to withstand impact and 
stress. Furthermore, heat treatment increases its hardness and durability, 
making it suitable for demanding environments. Additionally, its wear-
resistant properties ensure reliability for
components exposed to corrosion, thereby extending their service life.
Similarly, manufacturers use this  at bar to produce gears, shafts, bolts, 
and equipment that require strength and precision. Notably, its 
machinability allows for easy drilling, cutting, and shaping. As a result, 
EN24  at bars support demanding applications, making them a preferred 
choice for industries that prioritize reliability, performance, and longevity.
EN24 Chemical 
Composition:
EN24 contains carbon, manganese, chromium, nickel, and molybdenum. 
These elementsE mleamkeen itt strong, durable, and wearC-roemsipstoasnitti.on (%)
Carbon 0.36 – 0.44
Silicon 0.10 – 0.35
Manganese 0.45 – 0.70
Chromium 1.00 – 1.40
Molybdenum 0.20 – 0.35
Nickel 1.30 – 1.70
Sulfur 0.040 max
Phosphorus 0.035 max
EN24 Mechanical 
Properties:
EN24 o ers high tensile strength, excellent toughness, and good 
hardness, making it suitable for demanding environments.
Property
Value
Tensile Strength 850 – 1000 MPa Yield 
Strength 650 MPa (minimum)
Elongation at Break
13%
Hardness (After Heat Treatment) 248 – 302 HB 
Impact Strength (Charpy V-notch) 50 Joules (minimum)
EN24 Forged Flat Bar
EN24 forged steel bars o er toughness and durability, serving as essential 
building blocks for parts in cars, machines, and airplanes. Manufacturers 
start with raw metal, heat it until it becomes hot and soft, and then shape it 
into  at bars. Once formed, the metal cools and hardens, making it ready 
for use in various products.
The forging process strengthens EN24 steel. Manufacturers hammer the 
heated metal instead of casting it in a mold, creating a stronger 
structure. After cooling, they cut and shape the at steel bars into parts 
for gears, shafts, and other machinery.
The strength of EN24 comes from its composition. It contains carbon, 
manganese, and chromium, which enhance its durability and corrosion 
resistance. This combination makes EN24 steel ideal for handling heavy 
pressure and lasting a long time.
Industries use EN24  at bars in automotive, construction, and aerospace 
applications. Automakers rely on EN24 for vehicle parts that require 
strength and safety. Construction companies use it in bulldozers and cranes, 
ensuring parts can handle heavy workloads. Aircraft manufacturers 
incorporate EN24 steel into critical components that maintain strength 
while soaring through the sky.
Heat treatment further enhances EN24 steel’s hardness. Manufacturers 
heat it to a high temperature and rapidly cool it, increasing its resistance 
to high stress.
In summary, EN24 forged at bars provide exceptional strength and 
durability. Their composition and forging process make them a top 
choice for industries that demand reliable and long-lasting materials.
EN24 Rolled Flat Bar
Manufacturers produce EN24 rolled  at bars by heating metal and rolling it 
into thin,  at pieces. This rolling process strengthens the metal. As it cools, 
the metal hardens and retains its  at bar shape.
EN24 steel gains strength from key elements like carbon, manganese, and 
chromium. These elements enhance its durability, allowing it to withstand 
tough conditions and serve various industries.
Industries use EN24  at steel bars to manufacture gears and axles for 
vehicles. Construction companies rely on them for trucks, airplanes, cranes, 
and bulldozers, where strength and durability are essential.
After rolling the metal into a  at bar, manufacturers cut it to the required 
size and shape. They sometimes apply heat treatment by heating the metal 
to high temperatures and cooling it quickly. This process increases the 
steel’s hardness and resistance to damage.
Toolmakers also use EN24 rolled at bars to produce cutting, drilling, and 
grinding tools. They size the  at bars accurately before shaping them into 
tools that can withstand long- term use without breaking.
EN24 Heavy Duty 
Customized Forged Block
Manufacturers create EN24 Heavy Duty Custom Forged Blocks by heating 
metal and pressing it into blocks, a process called forging. This method 
strengthens the metal. Once formed, the metal cools and hardens, making 
the block ready for machine parts and equipment.
They use a special steel called EN24, which contains alloys like carbon, 
manganese, and chromium. These elements give EN24 steel its strength, 
allowing it to handle tough tasks. Manufacturers carefully craft the steel to 
ensure durability, even in demanding machinery and equipment.
They customize EN24 forged blocks to  t speci c shapes and sizes based on 
requirements. Customers can order EN24 blocks in di erent sizes for 
various applications. Industries use these blocks to create gears, shafts, and 
other large machine parts that require high strength.
After forging the block, manufacturers apply heat treatment by heating it 
to a high temperature and cooling it quickly. This process further 
strengthens the metal, helping it withstand pressure and wear over time.
Industries such as construction, automotive, and aerospace rely on EN24 
forged blocks. Construction companies use them for machine parts that 
build large structures and roads. Automakers incorporate them into shafts 
and engine components for added strength. Aircraft manufacturers use 
EN24 steel for critical parts that ensure safety during
 ight.
Once ready, manufacturers cut or mold the block into smaller parts 
for tools and machines. EN24 forged blocks handle tough conditions, 
high pressure, and heavy workloads, making them a reliable choice 
for demanding industries.
EN24 Machined Block
Manufacturers create EN24 Machined Blocks by heating metal and pressing 
it into blocks. Once formed, they machine the block carefully, cutting, 
shaping, and smoothing it to the required size for various applications. This 
machining process ensures precision and consistency.
EN24 steel, an alloy containing carbon, manganese, and chromium, provides 
exceptional strength. These elements make the steel durable and capable 
of withstanding tough applications. Industries use EN24 steel for parts that 
require strength and longevity.
During manufacturing, professionals cut and shape the block with high 
accuracy. Advanced machinery ensures smooth surfaces and consistent 
dimensions. Depending on the application, they mold the block into various 
shapes and styles.
Industries widely use EN24 machined blocks to produce essential machine 
components. These blocks help create parts for heavy machinery, including 
cars, airplanes, bulldozers, and cranes. Their strength allows them to endure 
high pressure and stress, making them reliable for demanding applications.
After machining, manufacturers often apply heat treatment. They heat the 
block to a high temperature and then cool it quickly. This process increases 
the block’s durability, ensuring it resists wear and damage over time.
Using EN24 machined blocks, manufacturers produce gears, shafts, and 
other critical components. They cut the blocks into precise shapes, 
Wensuring each piece meets exact speci cations. These parts are then installhed yin a utComohbileos, torucsks,e airc raAft, alnldo indyust riaCl eqauiprmbento. n 
Steel for EN24 Flat Bar?
Here is why you should choose carbon alloy for EN24 at bar:
Strength and Durability: Carbon steel alloy gives EN24 smooth plates 
the hardness needed for heavy duty use and abrasion resistance.
Ideal for heavy-duty applications: This steel is ideal for 
pressure-resistant components such as gears, shafts and other 
components. of machinery
Easily Formed: EN24  at sheets made from carbon steel alloy are easily 
machined and machined to precise dimensions for speci c applications.
Wide Range of Applications: used in automotive, aerospace heavy 
machinery and other industries where power and reliability are 
important.
Cost-e ective: Choosing carbon alloy steel for EN24  at panels 
provides a balance between strength and a ordability. Which 
guarantees long-lasting results.
Reliable Performance: This steel ensures that the EN24  at bar provides 
reliable performance in the most demanding conditions. This makes it a 
smart choice for tough applications.
At Alloy Carbon Steel, we are proud to o er a wide range of high-quality 
products. In addition to plastic molded steel, carbon steel, mold steel, high-
speed steel, and carbon alloys, we ensure that our materials meet your 
unique needs. Located in Mundaka, Delhi 110041, we are dedicated to o 
ering the best materials so that you can complete your projects e  ciently. 
Whether you are dealing with a small project or a large industrial 
application, we have the right steel to ensure the job gets done properly.
Moreover, when you choose Alloy Carbon Steel, you accept its strength, 
reliability, and quality you can trust. Since our products are built to last 
and perform well in a variety of applications, they help keep your project 
on track. So, if you are looking for top-notch steel products, look no 
further – we’ve got them all right here in Delhi!
Conclusion
EN24 Flat Bar is a strong and reliable material that is widely used in many 
industries. Speci cally, manufacturers make it from carbon steel alloy, 
Fensourring  mduraobilritye, s trength, and corrosion resistance. As a result, 
industries use EN24  at bars in vehicles, aerospace, and heavy machinery. 
Fiunrthfeormrorme, thaeyt ciaon mnan:ufacture and machine these bars to exact speci 
cations. Therefore, choosing an EN24  at bar ensures long-term performance 
for projects that require strong and reliable materials.
Company Name – Alloy carbon steel
Phone no. – 8076217931
Mail I’d – [email protected]
Location – 693 Saini Vihar, Mundka, Delhi 
110041 Website – Alloycarbonsteel.com
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