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sheet sheet Nanocomposite sheet for speaker diaphragm and manufacturing method of nanocomposite sheet for diaphragm of speaker

机译:扬声器振膜用纳米复合片及扬声器振膜用纳米复合片的制造方法

摘要

The present invention relates to a nanocomposite sheet for a speaker vibration plate and a manufacturing method of a nanocomposite sheet for a speaker vibration plate. The present invention is to resolve the aforementioned problem, in a nanocomposite sheet for a speaker vibration plate, it is possible to simplify a manufacturing process, reduce costs, and accordingly, make properties of a manufactured nanocomposite sheet for a speaker vibration plate much greater to provide a technology to improve quality of a speaker vibration plate. In addition, in a manufacturing process of a nanocellulose film, by uniformly distributing reinforcing agent, which is carbon-based material component, it is possible to significantly improve properties such as tensile strength, internal loss values, or elastic coefficient or more. In the case, uniform distribution of carbon-based material is important to express an effect as reinforcing agent, and by using a fluid collision apparatus, carbon-based properties can be uniformly distributed more effectively at nano level. Furthermore, since a sheet for a speaker vibration is provided as a sheet including at least one or more nanocellulose, which is natural polymer, and carbon-based material properties, due to nature of material, it is not only harmless to human body but also can be recycled to reduce manufacturing costs.
机译:扬声器振动板用纳米复合片和制造方法本发明涉及扬声器振动板用纳米复合片和制造方法。本发明是为了解决上述问题,在用于扬声器振动板的纳米复合片中,可以简化制造工艺,降低成本,并因此使得所制造的用于扬声器振动板的纳米复合片的性能大大提高。提供一种提高扬声器振动板质量的技术。另外,在纳米纤维素膜的制造过程中,通过均匀地分布作为碳基材料成分的增强剂,可以显着改善诸如拉伸强度,内部损耗值或弹性系数等的性质。在这种情况下,碳基材料的均匀分布对于表现出作为增强剂的作用很重要,并且通过使用流体碰撞装置,可以更有效地在纳米级均匀地分布碳基特性。此外,由于用于扬声器振动的片材被设置为包括至少一种或多种作为天然聚合物的纳米纤维素和基于碳的材料特性的片材,由于材料的性质,它不仅对人体无害,而且对人体无害。可以回收以降低制造成本。

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