Abstract:

The wood material is used as building material in many areas in the interior and outside spaces. The objective of this study is to determine the effect on heat conductivity by applying different surface vernices (senthetic, polyurethane, cellulose,) and paintings (industrial cellulose, synthetic, cellulose,) on the wood material that is imprinted by applying 2 types of empreyne methods (hightening, pressure) with borac, zinc chloride, boric acid and ammonium sulfate. The heat conductivity test is applied according to the specifications specified in ASTM C 113-99. As a result, it has been shown that the use of the emissions reduces the heat conductivity. The heat conductivity ratio was found at the lowest 0.117 (kcal /mh°C) in the grape control samples. The highest rate of heat is 0. 143(kcal/mh°C) is obtained by the pressure method of boric acid.

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Abstract:

Wood material has used as construction material in many interior and outdoor areas. The aim of this study; to specify effects of wood material (Scotch Pine) impregnated by borax, zinc chloride, boric acid and ammonium sulfate by applying and two type impregnation methods (dipping and pressure), finished with some varnishes (synthetic,polyurethane,cellulosic) and different paints (industrial cellulosic, synthetic, cellulosic) on thermal  conductivity. Thermal conductivity test was applied according to ASTM C 1113-99. As a results, observed that impregnation materials increased on thermal conductivity. The founded that the lowest thermal counductivity of 0.117 (Kcal / mh°C) from scotch pine control samples. In addition the highest value thermal conductivity of 0.143 (Kcal/mh°C) was aquired from scotch pine application finished and industrial painted impregnated by boric acid chemical applying pressure method.