Zeolite/nanoparticle composites are synthesized and used as additive for waterborne formulations in replacement of traditional isothiazolinone-based biocides. Silver nanoparticles dispersed onto micrometer-sized crystals of A-type zeolite were prepared by thermal treatment or chemical reduction methods applied to the Ag-exchanged zeolite. The antifungal efficiency against Trichoderma sp. of waterborne outdoor coatings containing the supported silver nanoparticles, measured in terms of inhibition halo development, shows similar results to those obtained by using traditional organic biocides, the type, size and size distribution of the nanoparticles being the main factors affecting the biocidal action of the prepared coatings.Fil: Machado, Gl...
Filamentous fungi are microorganisms that cause deterioration of structural materials due to their e...
Nowadays urban populations spend 90% of their time in buildings where microbial growth lead to hazar...
Fungal physical, chemical and aesthetical deterioration can occur by microbial biofilms adhere to th...
The biocide cations Ag+ and Zn2+ were hosted in the cavities of an ordered aluminosiliceous framewor...
Using the chemical reduction method, silver nanoparticles (Ag NPs) were effectively synthesized into...
Biofouling is a common and pervasive problem which reduces the efficiency of man-made marine structu...
The control of biodeterioration has led to the development of new additives for the application in c...
Kamyar Shameli1, Mansor Bin Ahmad1, Mohsen Zargar2, Wan Md Zin Wan Yunus1, Nor Azowa Ibrahim11Depart...
The incorporation of a synthetic zeolite containing biocide cations in epoxy formulations to prevent...
A goal of our study was to find an alternative to nano-silver-based antimicrobial materials which wo...
Fungi grow especially in dark and moist areas, deteriorating the indoor environment and causing infe...
In cultural heritage field, significant research efforts have been recently made to improve the effi...
This article describes the production of nanoparticles of Chilean natural zeolite, using three size ...
[EN] Two types of commercial Na-zeolites, linde type A (LTA) and faujasite (FAU) were prepared with ...
The addition of silver (Ag) into the chemical synthesis of materials, transform them into materials ...
Filamentous fungi are microorganisms that cause deterioration of structural materials due to their e...
Nowadays urban populations spend 90% of their time in buildings where microbial growth lead to hazar...
Fungal physical, chemical and aesthetical deterioration can occur by microbial biofilms adhere to th...
The biocide cations Ag+ and Zn2+ were hosted in the cavities of an ordered aluminosiliceous framewor...
Using the chemical reduction method, silver nanoparticles (Ag NPs) were effectively synthesized into...
Biofouling is a common and pervasive problem which reduces the efficiency of man-made marine structu...
The control of biodeterioration has led to the development of new additives for the application in c...
Kamyar Shameli1, Mansor Bin Ahmad1, Mohsen Zargar2, Wan Md Zin Wan Yunus1, Nor Azowa Ibrahim11Depart...
The incorporation of a synthetic zeolite containing biocide cations in epoxy formulations to prevent...
A goal of our study was to find an alternative to nano-silver-based antimicrobial materials which wo...
Fungi grow especially in dark and moist areas, deteriorating the indoor environment and causing infe...
In cultural heritage field, significant research efforts have been recently made to improve the effi...
This article describes the production of nanoparticles of Chilean natural zeolite, using three size ...
[EN] Two types of commercial Na-zeolites, linde type A (LTA) and faujasite (FAU) were prepared with ...
The addition of silver (Ag) into the chemical synthesis of materials, transform them into materials ...
Filamentous fungi are microorganisms that cause deterioration of structural materials due to their e...
Nowadays urban populations spend 90% of their time in buildings where microbial growth lead to hazar...
Fungal physical, chemical and aesthetical deterioration can occur by microbial biofilms adhere to th...