MANUFACTURING METHOD AND PRODUCTS OF THE FUNCTIONAL CONCRETE TILE WITH THE SURFACE STABILITY, FLUORESCENCE, AND VARIOUS COLOR

摘要

The present invention having the functional concrete finishing Genie said implement such as same level of durability and the surface fluorescence, change of various colors and patterns and seokjepum stability and surface hardness of the water and on the recipe. ; Manufacturing method according to the present invention is to ensure the cement, aggregate, admixture and functionality, and step 1 is mixed until uniform fluorescent materials, inorganic pigments such as to impart a change in color, water and appropriate fluidity to the mixture step 2 is mixed into the fluidizing agent, step 3, to put the mixture of the mold to remove the air bubbles through the vibration and compaction, step 4 to conduct after pre curing autoclave curing, the surface stability of the demoulding and the product from the mold, the intensity , composed of 5 steps to check the color, fluorescence, pattern, dimensions and the like. ; The invention products are as a Ca component required for the incorporation and bleaching of immiscible materials and inorganic ingredients that facilitate secondary hydration reaction on combination to ensure the stability of the moisture in the concrete product for a cement containing less In addition, the auto increasing the moisture content in a short period of time by the autoclave curing because it is relatively stable hydrated product generated sikimeuroseo product stability is obtained for the surface of conventional epoxy, a manufacturing method that does not require surface treatment step and the polishing step using a urethane. ; In addition, the invention product is a product with characteristics that can be given a variety of functionality of the fluorescence, and color on a surface according to yet secure a conventional stone finish and the same level of quality, intended use can freely transfer the fine pattern of the mold . ; Functional concrete finishing material, the surface fluorescence, gloss, changes in color, surface texture