Paper Title:

Research on Influencing Factors of Wood Residual Fiber Foaming Cushion Material

Periodical Advanced Materials Research (Volume 511)
Main Theme Advanced Research on Architectonics and Materials
Edited by Helen Zhang and David Jin
Pages 46-50
DOI 10.4028/www.scientific.net/AMR.511.46
Citation Bin Cao et al., 2012, Advanced Materials Research, 511, 46
Online since April, 2012
Authors Bin Cao, Sheng Ling Xiao, Xiao Qing Pan
Keywords Compression Strength, Density, Rebound Resilience, Wood Residual Fiber
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Abstract

A wood residual fiber foaming cushion material was prepared by using gathered wood fiber as main raw material, starch/PVA adhesive as matrix, adding a certain amount of foaming agent and related additives, hot compression molding to shape up. This paper makes an investigation of single factor on the product’s surface quality and related mechanical property. Results show that with the amount of wood residual fiber increases, the rebound resilience of the product first increases then decreases. The density decreases along with the amount of foaming agent increases. The compression strength and compression modulus of the product increases along with the amount of wood residual fiber increases, it decreases along with the amount of foaming agent increases.