Mortar and concrete based on calcium sulphate binders

J.J.F. Bakker, Jos Brouwers

Research output: Contribution to conferencePaperAcademic

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Abstract

In this study both hemi-hydrate and anhydrite are tested as calcium sulphate binders for structural mortar and concrete. The advantage of using calcium sulphates instead of cement as a binder is the fact that the production of calcium sulphate is more environmental friendly than that of cement. For the calcinations of Portland cement, temperatures up to 1480 oC are needed, while the calcination of for instance hemihydrate requires a temperature of 170 oC
Original languageUndefined
Pages1-0783
Number of pages8
Publication statusPublished - 2006

Keywords

  • IR-58052

Cite this

Bakker, J. J. F., & Brouwers, J. (2006). Mortar and concrete based on calcium sulphate binders. 1-0783.
Bakker, J.J.F. ; Brouwers, Jos. / Mortar and concrete based on calcium sulphate binders. 8 p.
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Bakker, JJF & Brouwers, J 2006, 'Mortar and concrete based on calcium sulphate binders' pp. 1-0783.

Mortar and concrete based on calcium sulphate binders. / Bakker, J.J.F.; Brouwers, Jos.

2006. 1-0783.

Research output: Contribution to conferencePaperAcademic

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AU - Bakker, J.J.F.

AU - Brouwers, Jos

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AB - In this study both hemi-hydrate and anhydrite are tested as calcium sulphate binders for structural mortar and concrete. The advantage of using calcium sulphates instead of cement as a binder is the fact that the production of calcium sulphate is more environmental friendly than that of cement. For the calcinations of Portland cement, temperatures up to 1480 oC are needed, while the calcination of for instance hemihydrate requires a temperature of 170 oC

KW - IR-58052

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