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    Author(s): Anke Schirp; Rebecca E. Ibach; David E. Pendleton; Michael P. Wolcott
    Date: 2008
    Source: Development of commercial wood preservatives : efficacy, environmental, and health issues. Washington, DC : American Chemical Society ; [New York] : Distributed by Oxford University Press, c2008. ACS symposium series ; 982: ISBN: 0841239517: 9780841239517: pages 480-507.
    Publication Series: Miscellaneous Publication
    PDF: View PDF  (297 KB)

    Description

    Much of the research on wood-plastic composites (WPC) has focused on formulation development and processing while high biological durability of the material was assumed. The gap between assumption and knowledge in biodeterioration of WPC needs to be reduced. Although some information on the short-term resistance of WPC against biological degradation is available, long-term data are required in order to adequately evaluate the performance of these relatively new materials and to enable use of WPC for structural applications. The influence of abiotic factors on material performance also has to be considered. Thus, further market growth and differentiation, especially in Europe, may be achieved while simultaneously standardization issues are dealt with.

    Publication Notes

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    Citation

    Schirp, Anke; Ibach, Rebecca E.; Pendleton, David E.; Wolcott, Michael P. 2008. Biological degradation of wood-plastic composites (WPC) and strategies for improving the resistance of WPC against biological decay. In: Schultz, Tor P.; Militz, Holger; Freeman, Michael H.; Goodell, Barry; Nicholas, Darrel D.; Eds. ACS Symposium Series 982 Development of commercial wood preservatives: efficacy, environmental, and health issues. Washington, DC: American Chemical Society. 29: 480-507. Distributed by Oxford University Press, c2008. ISBN: 0841239517: 9780841239517.

    Keywords

    Thermoplastic composites, mechanical properties, biodegradation, insect pests, composite materials, wood decaying fungi, wood plastic composites, deterioration, moisture, marine borers, moisture content, strength, durability, resistance to decay, wood plastic materials, decay fungi

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