Characterization of impregnating varnish with silica nanofiller

B. Gornicka, K. Sieradzka
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引用次数: 1

Abstract

The nanocomposite has been prepared on the basis of the siliconized polyester impregnating varnish added with nanosilica by using the own patented method. The properties of the nanocomposited and standard varnishes were determined and compared. A clear increase of bond strength and thermal endurance was found although the most improved property have appeared the resistance to partial discharges under pulse voltage 20 kHz/1.1 kV. While the pure varnish lifetime was only 5 minutes, after adding of nanosilica no failure appeared even after 100 hours. Other polyester varnishes modified earlier by us with nanosilica have also shoved improved durability but the lifetimes reached only about 100 minutes. It is to be supposed that the kind of a base polymer is the matter. The siliconized polyester varnish with nanosilica shows much better resistance to partial discharges than unsiliconized one.
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二氧化硅纳米填料浸渍清漆的表征
在硅化聚酯浸渍清漆的基础上添加纳米二氧化硅,采用自主专利的方法制备了纳米复合材料。对纳米复合清漆和标准清漆的性能进行了测定和比较。在20 kHz/1.1 kV脉冲电压下,粘结强度和热耐久性得到明显提高,但性能改善最大的是耐局部放电。纯清漆的使用寿命仅为5分钟,加入纳米二氧化硅后,即使在100小时后也没有出现故障。我们之前用纳米二氧化硅改性的其他聚酯清漆也提高了耐用性,但使用寿命只有100分钟左右。据推测,问题在于基聚合物的种类。纳米二氧化硅硅化聚酯清漆的抗局部放电性能明显优于未硅化聚酯清漆。
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