- Smit CuijkT +31 485 316566
- Smit RotterdamT +31 78 699 96 90
- Smit WillichT +49 2154 9544 530
No matter the complexity of your heat treatment issue, Smit Heat Treatment always has a fitting solution that meets what you had in mind. Please read more about the possible solutions offered by Smit Heat Treatment below.
Processing metal can have undesired effects on the properties of the material. Examples of this are stresses that may cause cracks as a result of welding work, or disrupted material structures caused by casting work or material deformation. At Smit Heat Treatment, we possess the right knowledge and experience to help you with these issues.
Softer basic material increases the life span of your processing machines and tools. The softer the basic material, the longer machines and tools last. Furthermore, a material with the correct hardness to be machined will produce a higher quality product, and the risk of subsequent cracking is significantly reduced. At Smit Heat Treatment, we have the right knowledge and experience to help you with these issues.
You will be aware of the hardening of materials if hardness and wear resistance determine the quality of your products. Hardness and wear resistance properties are improved by means of hardening or refining and tempering steel. At Smit Heat Treatment, we have the right knowledge and experience to help you with this and more.
Undesired uneven material structures can be created as a result of various treatments, such as casting, rolling, welding or shaping, and this may produce incorrect mechanical properties. Heat treatment can be used to negate the undesired effects of these treatments, and the material is reset, as it were, to its original state. At Smit Heat Treatment, we have the right knowledge and experience to help you with this and more.
Materials may contain moisture as a result of many types of processing. This moisture is frequently undesired and must be removed. Smit Heat Treatment has the equipment and knowhow to gradually execute this type of process.
