Preparation of Carbon Composite Board with Superfine Natural Fibers and Performance as Building Interior Materials
Preparation of Carbon Composite Board with Superfine Natural Fibers and Performance as Building Interior Materials
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超细天然纤维碳复合板的制备及其建筑内饰材料性能
DOI：
10.7209/tanso.2002.166
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发表时间：
2002
期刊：
影响因子：
--
通讯作者：
Y. Ogawa
中科院分区：
文献类型：
--
作者：
K. Shibano;S. Yoshizawa;S. Goto;Y. Ogawa
以超细天然纤维为粘结剂，将超细粉体材料粘结在一起，研制出新型的复合材料板。分别以牛奶纸盒和皮革废料为原料，采用粉碎机制备超细纤维素纤维和胶原纤维。CMB在两小时内将氨、甲醛和甲苯气体从2Oppm吸附到几乎Oppm。实验结果表明，CMB对水分的吸附和解吸依赖于环境的相对湿度。吸附材料粉末与超细纤维粘附后，吸附材料的吸附、调湿等功能在CMB中得以保持。
We newly developed carbonized material board (CMB) by adhering of carbonized material powders with superfine natural fibers as binder. The superfine cellulose and collagen fibers were prepared from defiberized milk cartons and leather scraps with a grinder, respectively. The CMB adsorbed ammonia, formaldehyde and toluene gases from 2Oppm to almost Oppm within two hours. And it was confirmed that the CMB adsorbed and desorbed moisture depending on the relative humidity of the environment. When carbonized material powder was adhered with the superfine fibers, the function of carbonized material such as adsorption or humidity conditioning were maintained in the CMB.