赤芍主要挥发成分为（Z, Z）-9, 12-十八碳二烯酸，正十六碳酸和2-羟基苯甲醛。
The main volatile chemical components of RPR are(Z, Z)-9,12-octadecadienoic acid, n-hexadecanoic acid and 2-hydroxy-benzaldehyde.
根据NASA的相关研究，证明了蜘蛛草可以除去空气中的甲醛、二甲苯和甲苯成分。
In NASA's study, they were shown to get rid of formaldehyde, xylene and toluene.
甲醛既是合成树脂的有效成分，又是工业系统的有害污染源。
It is the effective ingredient of synthetic resin, but it also is toxic pollutant of industrial system.
离子水、水性树脂、专用助剂，不含重金属、甲醛、苯系挥发物等有害成分。
Ion water, Polyaminoacid resin, Auxiliaries agent, all Heavy metals, Benzyl, Formaldehyde... etc. are not detected.
离子水、水性树脂、石粉、专用助剂，不含重金属、甲醛、苯系挥发物等有害成分。
Ion water, Polyaminoacid resin, Auxiliaries agent, Stone powder, all Heavy metals, Formaldehyde, Benzyl... etc. are not detected.
离子水、水性树脂、砂、专用助剂，不含重金属、甲醛、苯系挥发物等有害成分。
Ion water, Polyaminoacid resin, Auxiliaries agent, Sand, all Heavy metals, Formaldehyde, Benzyl... etc. are not detected.
离子水、水性树脂、非偶氮系白色色粉、专用助剂，不含重金属、甲醛、苯系挥发物等有害成分。
Ion water, Polyaminoacid resin, Auxiliaries agent, White non-azo pigment, all Heavy metals, Benzyl, Formaldehyde... etc. are not detected.
茶叶能消醛是因为茶叶中含有生物碱、 茶多酚、 氨基酸等活化成分能与甲醛反应，同时茶叶对甲醛有一定的吸附作用。
Tea-leaf is purely natural material, harmless and doesn't produce secondary pollution. Tea-leaf can eliminate formaldehyde that is because it contains same activation composition, s…
茶叶能消醛是因为茶叶中含有生物碱、 茶多酚、 氨基酸等活化成分能与甲醛反应，同时茶叶对甲醛有一定的吸附作用。
Tea-leaf is purely natural material, harmless and doesn't produce secondary pollution. Tea-leaf can eliminate formaldehyde that is because it contains same activation composition, s…
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