Preparation of new Environmental Materials from Poplar Wood as Raw Material

Abstract:

The objective of this paper is to use the modified nano-calcium carbonate compositing directly or sol-gel compositing with poplar wood by the vacuum infusion methods to prepare new environmental materials. This paper introduces promotion effects of nano-technology on the development of fast-growing poplar wood, the problems and research of fast-growing poplar wood compositing with nano-materials. By preparing the new environmental materials, we implement the use of plantation timber to produce high value-added products, and the use of a variety of nano-technology to improve the performances of wood, and improve timber utilization.

• Periodical: Advanced Materials Research (Volumes 113-116)
• Pages: 1964-1967
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.113-116.1964
• Online since: June 2010
• Authors: Zhen Jia, Yi Xing Liu, Guo Liang Li
• Keywords: Composite, Fast-Growing Poplar, Nano Calcium Carbonate, New Environmental Materials

References

[1] Gu Zisheng: The development of wood industry to promote sustainable development of forestry. Chinese wood-based panel, vol. l5, (2008), pp.1-3.

[2] Shi Jinshu, Li Jianzhang, ZhouWenrui: Nano-materials: Hope of wood modification. Technology and Application, vol. 7, (2004), pp.48-50.

[3] Li Jian, Qiu Jian: Nano-technology and its Application Prospect in Wood Science 2. Journal of Northeast Forestry University, Vol. 31, (2003), pp.1-3.

[4] Fu Runlin, Zhao Guangjie, Quan Shou-jing: Micro-structure and Physical properties of Silicon dioxide / wood composite materials, Journal of Composite Materials, vol. 23, (2006), pp.52-59.

[5] Cui Huiwang, Du Guanben: the Application of Nano-materials in the wood industry in, Chinese wood-based panel, vol. 15, (2008), pp.5-8.

[6] Wang Huanying: Preparation of different crystal nano-calcium carbonate and the Research Surface Modification. Journal of Intraocular lens, vol. 36, (2007), pp.1446-1449.

[7] Fu Runlin, Zhao Guangjie: Wood/silica composite microstructure. Journal of Beijing forestry university, vol. 28, (2006) , pp.119-124.

[8] Fu Runlin, Zhao Guangjie: Sol-gel method in the wood/nano-composite materials application. Forest Products Industry, vol. 32, (2005), pp.6-9.

[9] Nina D, Ingeborga A, Bruno: A Interaction of copper-containing preservatives with wood Part1. Mechanism of the copper with cellulose[J]. Holzforschung, vol. 55, (2001), pp.13-15.

DOI: 10.1515/hf.2001.003

[10] Cheng N, Wan C Y, Zhang Y: Effect of nano-CaCO3 on properties of PVC and PVC/blend, Polymer testing, vol. 23, (2004), pp.19-174.

DOI: 10.1016/s0142-9418(03)00076-x

[11] Xiong C X, Lu S J, Wang D Y: Microporous polyvinyl chloride: movel re-actor for PVC/CaCO3 nano-composites. Nanotechnology, vol. 16(2005), pp.1787-1792.

DOI: 10.1088/0957-4484/16/9/063

[12] Chen Zhilin, Wang Qun, Zhang Xuelian, etc. : The research and development of Wood / inorganic non-metallic composite materials. Journal of Beijing Polytechnic university, vol. 29, (2003) , pp.116-121.