Characterisation of Tool Coatings for Press Hardening

Author:

Müller Roland1,Mosel André2

Affiliation:

1. Fraunhofer-Institute for Machine Tools and Forming Technology IWU

2. Chemnitz University of Technology

Abstract

Hot sheet metal forming is gaining in importance in many fields, because of its capability to produce more complex components than possible with cold forming. Hot forming is also used to influence the final material properties with the hot forming of manganese-boron steels being a good example. One of the major challenges in hot forming is the tribological conditions between the tool and sheet material at the required high temperatures. This article will discuss the influence of different tool material coatings, ranging from PVD to mechanically bonded ceramic coatings, on the tribological conditions during forming. It will also shed light on how these coatings influence the heat transfer between the component ́s material and the tool material.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference23 articles.

1. Erikson, K.: Press Hardening – Process Design. In: 3rd International Conference on hot sheet metal forming of high performance steel, 13. - 17. 6. 2011, Kassel, Germany, 2011, p.263 – 270.

2. Siebert, P.; Alsmann, M.; Watermeier, H. -J.: Influence of different heating technologies on the coating properties of hot-dip aluminized 22MnB5. In: 3rd International Conference on hot sheet metal forming of high performance steel, 13. - 17. 6. 2011, Kassel, Germany, 2011, p.457.

3. Karbasian, H.; Brosius, A.; Tekkaya, A. E.: Influence of process control on geometrical and mechanical properties of hot stamped parts. In: 2nd International Conference on hot sheet metal forming of high performance steel, 15. - 17. 6. 2009, Lulea, Schweden, 2009, p.157.

4. Borsetto, F.: Tribological Performance Of Environmentally Friendly Solid Lubricant Coatings For Sheet Metal Working, PhD Thesis, (2010).

5. Merklein, M.; Stoehr, T.; Svec, T.; Wieland, M.: Investigations on parameters influencing thermal and frictional properties within hot stamping, Journal of heat treatment and materials, 2011, p.335 – 341.

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