in the present work, scrap packaging glass coming from urban separted collection (post consumer waste) and industrial ceramic waste (pre-consumer waste) were used as secondary raw materials to prepare protoypes of ceramic tiles 100% green. Opportunely balances mixes of wastes are able ti sinergically interact during the thermal cycle, giving rise to innovative materials able to sinter about 200 C lower than a traditional ceramic tile mix, maintain good performances in terms of flexural strength, Young's modulus and Weibull's modulus
Innovative ceramic tile mixes: 100% green / Rambaldi, E.; Fazio, S.; Prete, F.; Bignozzi, Maria. - In: CFI-CERAMIC FORUM INTERNATIONAL. - ISSN 0173-9913. - STAMPA. - 93:6-7(2016), pp. 57-60.
Innovative ceramic tile mixes: 100% green
BIGNOZZI, MARIA
2016
Abstract
in the present work, scrap packaging glass coming from urban separted collection (post consumer waste) and industrial ceramic waste (pre-consumer waste) were used as secondary raw materials to prepare protoypes of ceramic tiles 100% green. Opportunely balances mixes of wastes are able ti sinergically interact during the thermal cycle, giving rise to innovative materials able to sinter about 200 C lower than a traditional ceramic tile mix, maintain good performances in terms of flexural strength, Young's modulus and Weibull's modulusI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
