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The chemical composition and fiber characteristics of two sympodial bamboos have been studied in this paper. Based on analysis results, it is shown that the Whangee (D. Membranaceus Munro) bamboo is better than Yunnanicus bamboo(D. yunnaicus Hsueh et D. Z. Li) in utilization because of its higher specific gravity, better fiber length and its distribution rule and higher wall/lumen ratio, and that the Whangee bamboo is more suitable for papermaking and panel processing used in house construction. In addition, the higher benzene-ethanol extractives of the Whangee bamboo can be an advantage for anti-decay in architecture processing and utilization compared with the Yunnanicus bamboo.
The chemical composition and fiber characteristics of two sympodial bamboos have been studied in this paper. Based on analysis results, it is shown that the Whangee (D. Membranaceus Munro) bamboo is better than Yunnanicus bamboo (D. yunnaicus Hsueh et DZ Li) in utilization because of its higher specific gravity, better fiber length and its distribution rule and higher wall / lumen ratio, and that the Whangee bamboo is more suitable for papermaking and panel processing used in house construction. In addition, the higher benzene-ethanol extractives of the Whangee bamboo can be an advantage for anti-decay in architecture processing and utilization compared with the Yunnanicus bamboo.