Discovering Oxyfuel Cutting
4 de March de 2024
Alloyed and non-alloyed steels: what they are and what are their applications.
2 de April de 2024Keys to the right choice
When selecting the right steel for your tools, it is crucial to consider several factors that will impact their performance and durability. Here we present 4 key elements that you should take into account:
1. Hardness required by application
The first consideration when choosing a tool steel is the hardness needed for the specific task it will perform. Hardness will determine the wear resistance and ability to maintain the tool’s edge under demanding working conditions.
2. Working temperature of steel
The temperature the steel will be exposed to during use is also an important factor. Some applications require steels that maintain their structural integrity at high temperatures, while others may require steels that are more resistant at low temperatures.
3. Materials with which steel will work
It is essential to consider the materials that the steel will come into contact with during use. Whether you’re cutting stone, metal, plastic, or other materials, each presents unique challenges that must be addressed with the right steel to ensure optimal performance and long tool life.
4. Type of work to be done
The type of work the tool will do is another crucial aspect to consider when selecting the right steel. If the tool will be involved in cutting, deformation, pressure application, or other tasks, a steel should be chosen that has the necessary mechanical properties to withstand those specific conditions.
How to choose between 1.2080 and 1.2379?
A classic example of the importance of choosing the right steel is the comparison between 1.2080 and 1.2379 steels. These two steels have different properties that make them more suitable for different applications:
- 1.2080: This steel is ideal for applications requiring resistance to abrasive wear. For example, for blades used in ceramic cutting, 1.2080 steel can offer significant wear resistance, extending tool life.
- 1.2379: On the other hand, 1.2379 steel is more suitable for applications that demand toughness. In situations where greater impact and fracture resistance is needed, such as in sheet metal cutting dies, 1.2379 steel may be the optimal choice due to its ability to withstand heavier loads without breaking.
Conclusion
Choosing the right tool steel is essential to ensure optimal performance and long life of your tools. Carefully consider the factors mentioned above and, if you need additional advice, do not hesitate to contact us at Aceros y Servicios. We are here to help you find the best solution for your steel cutting and treatment needs.
