![]() ![]() ![]() Higher compressive strength was observed at 0.4 water-cement ratio compared to 0.6 water-cement ratio and the 20% substitution of glazeds ceramic tiles gave the highest compressive strength. As one of the worlds leading producers of color glass mosaic tiles, TREND Group has captured the creativity of todays celebrated architects & artists. The results showed that the pure glazed and mixed type samples with 0.4 water cement ratio with 10% and 20% partial substitution as well as pure glazed samples with 0.5 water-cement ratio with 10% partial substitution gave higher compressive strength than the conventional. To obtain the compressive strength of the cylindrical concrete samples, the universal testing machine was used. The concrete mix was designed by pre-testing the materials. Three water-cement ratio was also utilized in the study: 0.4, 0.5 and 0.6, with 10%, 20%, 30%, 40%, & 50% partial substitution of ceramic tile waste and three different kinds of concrete mixes: pure glazed, pure unglazed and mixed tiles. After 10 years as the leading brand in ceramic tile market, Eurotiles first. The company started manufacturing tiles in the early 90s a 6.5 hectare facility operating 24 hours capable producing 15,000 square meters of white-body tiles daily. The experimentation was done by using two types of ceramic tiles: glazed and unglazed. For 26 years, the Eurotiles brand has the word superior stick to its name for having reputation in producing superior quality of ceramic tiles. Mosaics are known for being a mix of colors and patterns that help create. ![]() This idea was developed to give solution to the continuous increase of ceramic tile waste in the Philippines. Mosaic tiles are one of the most popular floor tile designs in the Philippines. In this thesis, the researchers aim to study the effect of partial substitution of ceramic tiles wastes as coarse aggregates on the compressive strength of concrete. ![]()
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