Reducing the carbon footprint by the use of fiber ceramic composite coatings
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article number
00541_2023_03_01
The requirements for heat treatment plants for steel tubes and bars with consistent quality requirements are steadily increasing. The heating system and at the same time the role in setting the exact atmosphere control, which determines the material surface, is becoming more and more significant. Through innovative retrofits of existing plants according to latest technological developments, the reduction of the carbon footprint can be easily achieved. In particular the adaption of new (hybrid) heating systems can be conducted without major disadvantages. Existing designs and heat treatment attributes can remain.
| Authors | Erik Koenig, Gregor Ferber |
|---|---|
| Publishing Date | 1 Mar 2023 |
| Format | |
| Publisher | Vulkan-Verlag GmbH |
| Title | Reducing the carbon footprint by the use of fiber ceramic composite coatings |
| Description | The requirements for heat treatment plants for steel tubes and bars with consistent quality requirements are steadily increasing. The heating system and at the same time the role in setting the exact atmosphere control, which determines the material surface, is becoming more and more significant. Through innovative retrofits of existing plants according to latest technological developments, the reduction of the carbon footprint can be easily achieved. In particular the adaption of new (hybrid) heating systems can be conducted without major disadvantages. Existing designs and heat treatment attributes can remain. |
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