Steel facts - Do you really know everything about these metals?

INFORMATION SHORT AND FAST

It’s all about surprising, fun and fascinating facts about steel and aluminum that will give you an understanding of the diverse and fascinating aspects of these materials. Immerse yourself in the world of the small and large wonders of our materials and be inspired by their versatile applications and fascinating properties. We offer you not only interesting information, but also an entertaining opportunity to learn more about metal processing.

ALLOYS

What alloying elements are there and how do they influence steel?

NICKEL improves the toughness, and also the hardenability, tensile strength, yield strength, corrosion resistance and heat resistance of the steel.

It is an important alloying element in austenitic stainless steels with a nickel content of between 8 and 26 %. In duplex steel, it is between 2 and 7 %.

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COBALT blue, also called Thénard blue, has long been used to colour glass and ceramics. Cobalt also increases corrosion resistance in hard metals, e.g. in turbines or cutting tools.

PREMIUM 1.2709 ESU AISI / SAE 1.2709 ESR - an ultra-high strength tool steel alloyed with cobalt, with excellent toughness and high tensile strength.

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TUNGSTEN, with the highest melting point, and chromium, for corrosion resistance, improve the performance of steel.

In our ABRAMS precision steel, they ensure hardness, toughness and wear resistance - perfect for industrial applications!

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Adding SILICON increases the strength, wear resistance and scale resistance.

PREMIUM 1.2344 AISI / SAE H13 is a hot work steel with a high silicon content and is suitable for forging tools, dies and hot shear knives among other things.

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MANGANESE improves the forgeability, weldability, strength and wear resistance of the steel. In high-alloy steels, it has a ferrite-stabilising effect. It promotes austenite formation, which is important for stainless steels, and increases hardenability.

One example is our PREMIUM 1.7131 AISI / SAE 5115 case-hardening steel, which combines wear-resistant surfaces with a tough core.

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MOLYBDENUM is found on earth as hexamolybdenum, an alloy of molybdenum, iridium, iron, osmium and ruthenium. It is also found in foods such as spinach and eggs.

It improves the hardness, tensile strength and wear resistance of steel. Our PREMIUM 1.7225+QT AISI / SAE 4140+QT, a molybdenum-rich steel, is often used in vehicle construction due to its high strength and toughness.

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MATERIALS

Technical properties, guide values and areas of application for ABRAMS PREMIUM STEEL

Standard values:
• Chemical designation: 90MnCrV8 / 100MnCrW4 • Working hardness: 57-62 HRC • Delivery condition: maximum 229 HB

Technical features:
• High wear resistance
• Good hardenability & dimensional stability

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Standard values:
• Chemical designation: 90MnCrV8 / 100MnCrW4
• Working hardness: 57-62 HRC
• Delivery condition: maximum 229 HB

Technical features:
• High wear resistance
• Good hardenability
• Good dimensional stability

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Reference values:
• Delivery hardness (annealed / tempered): max. 215 HB
• Tensile strength (deliv. cond.): approx. 690 N/mm2
• Working hardness: max. <20 HRC

Technical properties:
• Excellent corrosion resistance
• High temperature resistance
• Good weldability

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Reference values:
• Delivery hardness (annealed / tempered): max. 270 HB
• Tensile strength (deliv. cond.): approx. 920 N/mm2
• Working hardness: max. 65 HRC

Technical properties:
• High wear resistance
• High toughness
• Good compression strength

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Reference values:
• Delivery hardness (annealed / tempered): max. 241 HB
• Tensile strength (deliv. cond.): ca. 815 N/mm2
• Working hardness: max. 55 HRC

Technical properties:
• Corrosion-resistant
• Good machinability
• Can be hardened and polished

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Reference values:
• Delivery hardness (annealed / tempered): max. 418 HB
• Tensile strength (deliv. cond.): ca. 1420 N/mm²
• Working hardness: max. 45 HRC

Technical properties:
• High-impact toughness
• Good dimensional and shape stability
• Easily polishable and weldable

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APPLICATIONS

How and for what is steel used?

If the Golden Gate Bridge were built today, it could be constructed with significantly less steel. Thanks to modern high-strength steels, which are lighter and more resilient, less material would be required without compromising stability.

In addition, construction costs would be lower, resource utilisation more sustainable and the service life longer.

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The famous yellow bath ducks owe their perfect shape to the precision of 1.2311 AISI / SAE P20.

This material is used for the
injection moulds,
which ensure long-lasting and detailed results.

Ideal for moulds that often and reliably produce squeaky classics such as rubber ducks!

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Lasha Talakhadze from Georgia lifted a total weight of 488 kg and has made history with it.

A barbell bar is made of steel that is alloyed and hardened to withstand the stresses, just like our PREMIUM 1.4305 AISI / SAE 303, a corrosion-resistant austenitic chromium-nickel steel.

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Once made of bone, now made of high-quality steel - the key to fast and manoeuvrable ice skating lies in the blades.

PREMIUM 1.4034 stainless steel offers just that: corrosion-resistance, full hardenability and high wear resistance - ideal for long-lasting and high-performance skates!

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Chocolate moulds made from 1.2312 AISI / SAE P20+S are the secret behind perfectly shaped Easter bunnies and Father Christmases.

In the confectionery industry, this polished steel ensures precise and durable moulds that reproduce even the finest details.

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Diver‘s watches made from 1.4404 AISI / SAE 316L offer outstanding corrosion resistance and durability, even in the harshest underwater conditions.

This stainless steel protects the case from salt water and ensures reliability at any depth - ideal for precise, robust timepieces that work just as well under water as they do on land!

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GENERAL

Steel is everywhere in our everyday lives. Every year, 1.9 billion tonnes of steel are produced worldwide, and stainless steel alone accounts for around 50 million tonnes.

In the kitchen, 90% of cutlery contains stainless steel, as do many household appliances.

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The Eiffel Tower is made of 7,300 tonnes of iron, which at the time was produced using a special forging technique similar to today‘s structural steel.

In modern structures, steel can support buildings over 800 metres high, such as the Burj Khalifa in Dubai, the tallest skyscraper in the world.

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The first skyscrapers, such as the Home Insurance Building in Chicago (1885), reached a height of 42 metres with the help of steel frames.

Today, modern steel structures can make buildings such as the Shanghai Tower, with a height of 632 metres, possible.

Without steel, this type of construction would be unthinkable!

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Over 50% of the weight of a modern car is made of steel. Around 900kg of steel is used per car, including the high-strength steel for safety systems.

In trains, steel wheels carry more than 16 billion tonnes of freight worldwide every year.

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Every year, around 2 million tons of stainless steel are used for medical applications.

A surgical scalpel can be made of stainless steel that is just 0.1 millimetres thick, ideal for precision cuts.

In addition, around 20 million steel implants are used worldwide every year.

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In aeroplanes, high-strength steel provides the necessary stability for turbines and engines.

An Airbus A380 contains around 50 tonnes of steel to cope with the immense load during take-offs and landings.

Without steel, commercial aviation would not be possible!

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Steel facts - Do you really know everything about these metals?

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Steel facts - Do you really know everything about these metals?

INFORMATION SHORT AND FAST

ALLOYS

MATERIALS

APPLICATIONS

GENERAL

Our catalogues for download

Steel

Aluminium

Taps

About us

Please visit us on:

ABRAMS STEEL GUIDE®:

Select Your Country / Language

Do you have any questions?

ABRAMS STEEL GUIDE^®: