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A Comparative Study on Thermal Efficiency Between the Present Floor and a Ceramic Floor
Analytical Science and Technology / Analytical Science and Technology, (P)1225-0163; (E)2288-8985
1999, v.12 no.2, pp.166-170
Kim,
Y. M., Kim,
K. S., Choi,
B. S., Ko,
J. S., &
Park,
S.
K.
(1999). A Comparative Study on Thermal Efficiency Between the Present Floor and a Ceramic Floor. Analytical Science and Technology, 12(2), 166-170.
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Abstract
A ceramic floor with improved thermal conductivity and efficiency has been developed in this study. The new ceramic floor minimizes the shrinkage rate to below 0.07% and shows almost no cleavage. There is no need to repaire the ceramic floor because its bottom surface is flat. It especially shows an excellent perfomance in the test of a compressive strength (<TEX>$300kg/cm^2$</TEX> based on 28 days), a flexural strength (<TEX>$64kg/cm^2$</TEX> based on 28 days), and a convenient pressing. It is lighter than the present floor and it is expected to be applicable for a self-leveling ceramic motar in the residences and apartments. It shows an excellent character in the thermal conductivity and other physical properties compare to the present cement mortar.
- keywords
- ceramic floor, self-leveling ceramic motar
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