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LOW-COST, BIO-BASED COMPOSITE MATERIALS FOR HOUSING APPLICATIONS

机译:用于住房应用的低成本,生物基复合材料

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In an on-going project, sponsored by the National Science Foundation, to develop bio-based composite materials for the next generation of American housing panel applications, a group of researchers at Michigan State University are striving to generate eco-friendly greener composite materials for structural applications. The objective of this research is to determine if bio-composites designed and engineered from natural/bio-fibers and blends of polyester resin and derivitized soybean oil can replace existing glass fiber-polyester composites for use in housing structures. Bio-composites provide environmental gains, reduced energy consumption, lighter weight, insulation and sound absorption properties" elimination of health hazards and reduce dependence on petroleum based and forest product based materials. A three cornered approach including the use of engineered natural fibers, polymer resin modification and development of a new high volume continuous manufacturing processes(Bio-Composite Sheet Molding Compound Panel-BCSMCP) is required to achieve the objective of producing an affordable alternative construction material for the housing industry of the 21st century.
机译:在一个正在进行的项目,由美国国家科学基金会赞助,开发用于下一代的美国住房面板应用生物基复合材料,一组研究人员在密歇根州立大学的都在努力产生了生态友好的绿色的复合材料结构应用。本研究的目的是确定是否生物复合材料的设计和从天然/生物纤维和聚酯树脂和衍生化的大豆油的混合物改造可以代替现有的玻璃纤维 - 聚酯复合材料在壳体结构中使用。生物复合材料提供的环境收益,降低的能量消耗,重量更轻,隔热和吸声性能”消除危害健康的,并减少对基于石油和林产品基材料的依赖性。一个三种的方法,包括使用工程改造的天然纤维,聚合物树脂修改和新的高容量的连续制造工艺(生物复合片状模塑料面板-BCSMCP)的发展是必需的,以实现目标生产廉价的替代构造材料为21世纪的住宅产业。

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