'Self-Reinforcing' Thermoplastic Is Harder, Stronger, Stiffer Without Added Fibers

Matthew H. Naitove

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'Self-Reinforcing' Thermoplastic Is Harder, Stronger, Stiffer Without Added Fibers

机译：在不添加纤维的情况下，“自增强”热塑性塑料变得更硬，更坚固，更硬

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By the end of 2003, sample quantities will become available of a specialty high-performance thermoplastic whose inventors call it the first readily processable rigid-rod polymer. Named Parmax SRP ("self-reinforcing polymer"), it lays claim to a striking list of superlatives: Compared with any other thermoplastic, it is said to be the hardest, strongest, stifferst, most inherently flame retardant, highest in refractive index, and lowest in thermal expansion coefficient (CTE).

机译：到2003年底，将有一种特殊的高性能热塑性塑料的样品可供使用，其发明者将其称为第一种易于加工的刚性棒状聚合物。它被命名为Parmax SRP（“自增强聚合物”），是最高级的产品：与任何其他热塑性塑料相比，它是最坚硬，最坚固，最硬，最固有的阻燃剂，折射率最高，热膨胀系数（CTE）最低。

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《Plastics Technology》 |2003年第7期|共2页
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Matthew H. Naitove;
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中图分类合成树脂与塑料工业;
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专利

1. 'Self-Reinforcing' Thermoplastic Is Harder, Stronger, Stiffer Without Added Fibers [J] . Plastics Technology Group Plastics Technology . 2003,第6期

机译：在不添加纤维的情况下，“自增强”热塑性塑料变得更硬，更坚固，更硬
2. Corrigendum to 'Characterization of injection-molded high-strength/high-stiffness thermoplastic hybrid materials containing thermotropic liquid crystal polymer (LCP), polyphenylene sulfide (PPS) with carbon fibers' [Compos. Sci. Technol. 168 (2018) 272-278] [J] . Kim Myung Hyun, Kim Sung Han, Kim Byung Sun, Composites Science and Technology . 2019,第Sepa8期

机译：“含有热致液晶聚合物（LCP），聚苯硫醚（PPS）和碳纤维的注塑成型高强度/高刚度热塑性杂化材料的特性”更正[组成]。
3. Corrigendum to 'Characterization of injection-molded high-strength/high-stiffness thermoplastic hybrid materials containing thermotropic liquid crystal polymer (LCP), polyphenylene sulfide (PPS) with carbon fibers' [Compos. Sci. Technol. 168 (2018) 272-278] [J] . Kim Myung Hyun, Kim Sung Han, Kim Byung Sun, Composites Science and Technology . 2019,第SEPa8期

机译：“含有热致液晶聚合物（LCP），聚苯硫醚（PPS）和碳纤维的注塑成型高强度/高刚度热塑性杂化材料的特性”更正。科学技术。 168（2018）272-278]
4. Accelerated Weathering of Natural Fiber-Thermoplastic Composites: Effects of Ultraviolet Exposure on Bending Strength and Stiffness [C] . Thomas Lundin, Robert H. Folk, Colin Felton International conference on woodfiber-plastic composites . 2002

机译：加速天然纤维 - 热塑性复合材料的风化：紫外线暴露对弯曲强度和刚度的影响
5. The development and analysis of new techniques for measuring the strength and stiffness of thin films and the sliding resistance of stiff fibers in a ceramic matrix [D] . Weihs, Timothy Patrick 1990

机译：测量薄膜强度和刚度以及陶瓷基体中刚性纤维的滑动阻力的新技术的开发和分析
6. Exceptionally strong stiff and hard hybrid material based on an elastomer and isotropically shaped ceramic nanoparticles [O] . Prokopios Georgopanos, Gerold A. Schneider, Axel Dreyer, -1

机译：基于弹性体和各向同性陶瓷纳米粒子的超强硬和硬混合材料
7. Arbitrary-Reconsidered-Double-Inclusion (ARDI) Model to Describe the Anisotropic, Viscoelastic Stiffness and Damping of Short Fiber-Reinforced Thermoplastics [O] . Alexander Kriwet, Markus Stommel 2020

机译：用于描述短纤维增强热塑性塑料的各向异性，粘弹性刚度和阻尼的任意重新考虑 - 双层（ARDI）模型
8. Super-Strong Self-Reinforcing Polymeric Matrices Formed by the First Super-Strong Polymers [R] . Dowell, F. 1989

机译：第一超强聚合物形成的超强自增强聚合物基体

'Self-Reinforcing' Thermoplastic Is Harder, Stronger, Stiffer Without Added Fibers

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