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The Influences of Thermoplastic Polymers on the Electrical Efficiency if Used as Material Insulation in Cables

机译:热塑性聚合物用作电缆中的材料绝缘对电气效率的影响

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The chemical synthesis industry jumps high steps with the technological development in this filed, polymeric, Insulation Material (IM), particularly extruded material, progressively switch traditional PILC cable (paper-Isolation lead covered) to become a new popular kind of cable. Many potential candidates, but a popular material is XLPE, due to of its excellent electrical characteristics also dielectric characteristics. Anyway, the material doesn't suitable to ease of recycling. In recent, there is attention shown in utilize material that is easily recycled. Thermoplastic material looks an automatic contender, so the needing for understanding the electrical effectiveness and performance of these materials so important. This paper will show the benefits of thermosetting material XLPE used as cable isolation and the types of thermoplastics with variety of stresses. Voltage stress, environmental stress, and thermal stress are most common stresses considered for material efficiency. As well as, relationships between various stresses and select the benefits of thermosetting materials (XLPE) as cable insulation.
机译:随着这种领域的聚合,绝缘材料(IM),特别是挤压材料的发展,化学合成工业迈出了重要的一步,逐渐将传统的PILC电缆(纸隔离铅皮)转换为一种新型的电缆。有许多潜在的候选材料,但XLPE是一种流行的材料,因为它具有出色的电气特性以及介电特性。无论如何,这种材料不适合回收。最近,在利用易于回收的材料方面显示出关注。热塑性材料看起来是自动的竞争者,因此了解这些材料的电气有效性和性能的需求非常重要。本文将展示用于电缆绝缘的热固性材料XLPE的优势以及各种应力下的热塑性塑料的类型。电压应力,环境应力和热应力是考虑材料效率的最常见应力。以及各种应力之间的关系,并选择热固性材料(XLPE)作为电缆绝缘的好处。

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