Density and Absorption Properties of the Magnesium Oxide matrix Including the Modified Sulfur According to the Addition Ratio of the Wood Powder and Pearlite

개질유황을 포함한 산화마그네슘 경화체의 목분과 펄라이트 첨가율에 따른 밀도 및 흡수율 특성

Recently, the trend for structure is being changed from wall construction to rhamen construction. rhgamen construction reduces floor noise and selfweight in structures. The amount of lightweight panels used in rhamen construction is also increasing. Also, Worldwide refinery industry is a large amount of sulfur is produced by develrop ment. Sulfur is resistant to freezing and thawing. Terefore, this study focuses on the density and absorption of magnesium oxide matrix that contains wood powder and pearlite to replace lightweight panel for rhamen construction. Adding pearlite 15% has the lowest density but, it has the highest absorption.