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首页> 外文会议>49th International wood composites symposium >Wood Pulp Fiber Reinforced Thermoplastic Composites
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Wood Pulp Fiber Reinforced Thermoplastic Composites

机译：木浆纤维增强热塑性复合材料

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摘要

Reinforcing thermoplastics with bleached chemical wood pulp fibers offer sustainable, lower carbon foot print solution to designers and engineers to extend the boundaries for new and existing products. These fibers offer consistent quality, low to no odor during processing, good natural color with very good colorability, lower specific gravity (compared to some fillers and fibers) and other benefits. Thermoplastic composites incorporating these fibers have been found to process at lower temperatures and have shorter molding cycle times resulting in potentially significant economic benefits to injection molders. Designers can leverage the warm feel (haptics) of these composites along with the ability to achieve different degrees of fiber dispersion in creating attractive molded parts. Engineers have noticed unique rigidity and balanced strength and stiffness properties of these composites. This presentation will explore fiber morphology and the science behind thermoplastic composites utilizing wood pulp fiber, examples demonstrating the molding benefits of the material in diverse applications and its potential for use with a variety of polymers in the future.
机译：用漂白的化学木浆纤维增强热塑性塑料为设计师和工程师提供了可持续的，低碳的脚印解决方案，从而扩展了新产品和现有产品的范围。这些纤维具有稳定的质量，加工过程中的气味很少甚至没有气味，具有很好的着色性的良好自然色，较低的比重（与某些填料和纤维相比）和其他优点。已经发现，掺入这些纤维的热塑性复合材料可在较低的温度下加工，并具有较短的成型周期时间，从而为注塑成型商带来潜在的显着经济利益。设计人员可以利用这些复合材料的温暖感（触感）以及在创建有吸引力的模制零件时实现不同程度的纤维分散的能力。工程师注意到这些复合材料具有独特的刚度以及平衡的强度和刚度特性。本演讲将探讨纤维形态和利用木浆纤维的热塑性复合材料背后的科学，举例说明该材料在多种应用中的模塑优势以及其在将来与多种聚合物一起使用的潜力。

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