Author/Authors :
GURES, Sinem Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , CIFTE, Tugba Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , ACARALI, Nil Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , OZTURK, Abdullah Bilal Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , KANDILCI, Hava Gizem Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , OZGUNDUZ, Hediye Irem Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey , SARAC, Hanifi Yildiz Technical University - Chemical-Metallurgical Faculty - Chemical Engineering Department, Turkey
Abstract :
In this study, natural minerals and industrial fibrous plant waste were supplied from various regions of Turkey unlike from the literature. Dye application was carried out with 200 μm applicator on standard sizes (10 cm x 10 cm) of metal surfaces. The dyed this original mixture was applied on the block and panel building materials. Dyes were examined according to the features of unaffected by water, not changed the nature and physical strength, high concealer effect in detail. As a result, the optimum process parameters (for two different natural minerals and the amount of industrial fibrous plant waste) were determined. The statistical method was used and the results obtained were analyzed comparatively in terms of improving both cost and quality for determination of optimum process parameters. In conclusion, the test results (concealer property, hydrophobicity, impact and adhesion tests) and results showed that the usage of natural minerals and industrial fibrous plant waste effected the production of insulated interior dye, positively.
NaturalLanguageKeyword :
Dye , waste , mineral , insulation.
