Effect of (MgO/CaO) molar ratio on glassy phase viscosity and pyroplastic deformation in floor tiles
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In this study, effect of MgO/CaO molar ratio on the floor tiles properties was investigated. The viscosity of the bodies wassuccessfully calculated by fleximeter analyses data. High MgO/CaO ratio causes enhancement of the densificationtemperatures and dissolution of the crystals in the floor tile body. The results showed a, during firing, high MgO/CaO ratioup to 6,505 value, formed, low viscosity liquid phase and allowed low sintering temperature approximately 20 oC whencompared to the standard floor tile body. For YK_3 composition will be evaluated due to has allowable deformation amountfor the production. This floor tile composition will be successfully produced in production line.
Abstract
In this study, effect of MgO/CaO molar ratio on the floor tiles properties was investigated. The viscosity of the bodies wassuccessfully calculated by fleximeter analyses data. High MgO/CaO ratio causes enhancement of the densificationtemperatures and dissolution of the crystals in the floor tile body. The results showed a, during firing, high MgO/CaO ratioup to 6,505 value, formed, low viscosity liquid phase and allowed low sintering temperature approximately 20 oC whencompared to the standard floor tile body. For YK_3 composition will be evaluated due to has allowable deformation amountfor the production. This floor tile composition will be successfully produced in production line.
참고문헌 (18)
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