Algerian Journal of Materials Chemistry
Volume 3, Numéro 1, Pages 11-22

Synthesis And Characterization Of Al-magadiite Material: Ions Exchanged And Effect Of Copper Sources On Antimicrobial Activity

Authors : Zahraoui Mehdi . Mokhtar Adel . Bengueddach Abdelkader . Sassi Mohamed .


In this paper, the Al-magadiite synthesized by hydrothermal method. It is then used to prepare three copper exchanged materials using copper nitrate, copper chloride, and copper sulfate salts. The materials obtained were characterized and applied as antibacterial and antifungal against pathogen strains. The characterization methods showed the presence of four coordinated of aluminum atoms in the magadiite framework. The presence of aluminum leads to the total exchange of interlayer sodium cations. Otherwise, the copper exchange rate is influenced by the nature of the counter-ion used. Indeed, the exchanged rate increase in the sense of copper nitrate>copper chloride>copper sulfate. The chemical analysis shows that the ion exchange of Al-magadiite with copper salts is accompanied with dehydration of Cu-exchanged materials. This result was confirmed XRD diffraction, chemical analysis, and FTIR spectroscopy. This dehydration depends on the nature of the counter ion increase also in the sense of copper nitrate>copper chloride>copper sulfate. Tested as antibacterial and antifungal materials against pathogens strains all the copper exchanged materials exhibits a good antibacterial activity against Gram-positive bacteria which increased with increasing the copper content of a sample. The best activity was observed in the exchanged sample prepared from copper nitrate. However, a low or no activity is observed against Gram-negative bacteria.


Al-magadiite, Copper II, counter-ions, ion-exchange, layer silicates, antimicrobial activity

Synthesis,, Spectral Studies And Antimicrobial Activity Of A New Hexahydrotriazine Compound

Malki Souhila .  Mazouz Wissam .  Frank Schaper .  Bouchemma Ahcen .  Bouhenguel Mustapha .  Hadjem Meriem .  Valérie Hardouin Duparc .  Lefrada Leila . 
pages 113-116.

Synthesis Of Polystyrene Via A Na+ -exchanged Montmorillonite Clay, As Non-toxic Tatalyst

Bensaada Naima .  Ayat M. .  Meghabar R. .  Belbachir M. . 
pages 114-118.