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Laser Cutting of thin Foils
We cut thin foils from various materials with high precision using state-of-the-art laser technology. This results in precise contours, clean cutting edges, and consistent quality – even for complex shapes and sensitive materials.
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Tool Steel 1.2003 (hardened)
...the best choice for demanding work
Hardened sheet steel tool 1075 + Cr 1000 x 350 mm
With this material, a small addition of chromium leads to a higher wear resistance and better through-hardening with large cross-sections.a The material 1075 + Cr is magnetisable and can therefore be easily clamped on the magnetic clamping plates of grinding machines. Due to the high carbon content of around 0.75%, material 1075 + Cr should not be welded. Mild steels are not resistant to corrosion. When used in a normal environment, these steels must be protected against corrosion with paint, tinning or zinc plating. Additional properties: suitable for smaller tools magnetisable
Content: 0.35 m² (€130.23 / 1 m²)
Hardened tool steel 1075 + Cr
"With this material, a small addition of chromium leads to a higher wear resistance and better through-hardening with large cross-sections.a The material 1075 + Cr is magnetisable and can therefore be easily clamped on the magnetic clamping plates of grinding machines. Due to the high carbon content of around 0.75%, material 1075 + Cr should not be welded. Mild steels are not resistant to corrosion. When used in a normal environment, these steels must be protected against corrosion with paint, tinning or zinc plating. Additional properties: suitable for smaller tools magnetisable "
Content: 0.7442 m² (€156.01 / 1 m²)
Average rating of 5 out of 5 stars
Factory certificate - acceptance test certificate
With our products we guarantee you the highest quality standards. In order to secure this guarantee for your customers, we offer tool certificates 2.2 and acceptance test certificates 3.1 according to DIN EN 10204 for purchase for our metals. There are several ways you can do this. We will show these in more detail in the following article. The nature of materials (e.g. mechanical properties) is not always recognizable at first glance. As in product piracy, for example. Unfortunately, this also happens with metals because it is difficult to see whether the materials can meet the requirements. This also means that test seals and product names are sometimes forged. For this reason, unspecific factory certificates and special acceptance test certificates have been introduced, which are created for each order. We would also like to point out that our materials undoubtedly meet the highest quality standards. We can also issue a factory or acceptance test certificate at any time for intermediaries who have the burden of proof that the quality has been properly maintained. In this way we guarantee in writing that the materials have been delivered in accordance with the requirements of your order. The certificates contain the following information:- Description of the material such as B. Alloy, dimensions, weight, etc.- Chemical analysis (percentage of chemical elements)- Mechanical properties such as B. Tensile Strength Differences between the test certificates (DIN EN 10204)A distinction is made between four types of certificates, all of which prove the confirmation of the conformity of the order (source: Beuth Verlag) Type of content of the certificate Confirmation of the certificate 2.1 Factory certificate Confirmation of compliance with the order Manufacturer 2.2 Factory certificate Confirmation of compliance with the order stating the results of non-specific tests Manufacturer 3.1 Acceptance test certificate Confirmation of compliance with the order stating the results of specific tests The manufacturer's inspection officer, who is independent of the production department 3.2 Acceptance test certificate Confirmation of compliance with the order stating the results of specific tests The manufacturer's acceptance officer who is independent of the production department and the acceptance officer commissioned by the customer or the acceptance officer named in the official regulations - The works certificate (2.1) and the works certificate (2.2) are issued directly by the manufacturer. - The acceptance test certificate (3.1) is confirmed by the manufacturer's independent acceptance officer. - The acceptance certificate (3.2) is confirmed by the manufacturer's acceptance officer who is independent of the production department and by the acceptance officer commissioned by the purchaser or the acceptance officer named in the official regulations. Important!Factory certificates and acceptance test certificates according to DIN EN 10204 are not automatically supplied. These must be ordered separately for a surcharge.
Tool steel 1.2003 (hardened) – what is it?
Tool steel 1.2003 or carbon steel (hardened) is a high-quality tool steel that is known for its excellent hardness and impact resistance. It is primarily used for demanding work such as drilling, milling and punching. Tool steel 1.2003 is also known as "hardened tool steel" or carbon steel 1.2003.
Hardened tool steel or carbon steel 1.2003 is particularly hardened and is a resistant steel that is produced using a special hardening process. This process ensures that the metal structure of the steel is changed and it becomes significantly harder. Hardened tool steel is therefore ideal for demanding work where conventional steel is no longer sufficient. If you are looking for high-quality and durable tool steel, you should choose hardened tool steel or carbon steel 1.2003. It will give you joy for a long time and support you in your work.
Why is hardened tool steel or carbon steel 1.2003 the best choice for demanding work?
Hardened tool steel is a very hard and at the same time flexible steel that is ideal for machining metals. It is resistant to wear and tear. and corrosion and can therefore also be used for demanding work. Carbon steel is another name for hardened tool steel and describes a particularly hard and tough steel that is also very suitable for processing metals.
What properties does hardened tool steel 1.2003 have?
Hardened tool steel or carbon steel 1.2003 (hardened) is one of the best steels there is. It is very strong and durable, but at the same time light and elastic. This makes it ideal for demanding work where accuracy and flexibility are important.
Hardened tool steel consists of a mixture of chromium, nickel and vanadium alloys. By adding these elements, the steel is hardened, i.e. strengthened and simplified. This gives it its excellent properties: the alloy gives it hardness and strength, while the hardening increases the utility value of the steel.
Hardened tool steel is particularly suitable for mining, marine and agricultural applications. It is very resistant and can be treated with both mechanical and chemical means.
Conclusion: Tool steel or carbon steel 1.2003 (hardened) – the best choice for your project
In conclusion, it can be said that tool steel or carbon steel 1.2003 is the best choice for your project if you place high demands on your tools. The steel is harder and therefore more robust, so that it performs well even in demanding work.
It is also more resistant to wear and tear. and wear and tear, so you can use your new tool for longer!