In particular, small and medium-sized enterprises with limited R & D and laboratory capacities will find it useful to develop a test method for XF2 concretes. Smaller companies in the building materials industry can more easily evaluate the suitability of new building materials. Market entry barriers will be lowered and it will be easier for companies in the ready-mixed concrete and precast industry to optimize their XF2 concretes. In addition, especially medium-sized cement producers can be supported by the derivation of descriptive application rules for new cements with several main components at market introduction. The application security for the contractors is increased and the complaint risk is lowered.
 Gulati, S.T.; Hagy, H.E. (1982): Analysis and Measurement of Glue-Spall Stresses in Glass-Epoxy Bonds. Journal of the American Ceramic Society, Jahrgang 65, Heft 1, S. 1-5.
 Valenza John, J; Scherer, George W.: Mechanism for Salt Scaling, Journal for the American Ceramic Society 89, p. 1161 – 1179 (2006)
 Müller, Matthias; Ludwig, Horst-Michael (Bauhaus-Universität Weimar, F.A. Finger-Institut für Baustoffkunde, Weimar): “Glue spall” – Ein geeignetes Modell für den Frost-Tausalz-Angriff? 58. Doktorandensymposium auf dem Forschungskolloquium des DAfStb, Kaiserslautern 20./21. September 2017