该装置对微细粉尘具有良好的降尘效果，降尘效率达到88%以上。
Experimental results also show such device has a better depression effect for fine dust, with the efficiency reaching more than 88%.
在除尘治理技术中重点介绍了薄膜复合滤料在微细粉尘治理应用中的优越性。
The advantages of film compound filter material in micro-dust management application are mainly introduced.
简要叙述了冶金行业微细粉尘污染的情况及冶金行业中几种常用的除尘技术。
Briefly describes the situation of ultrafine powder pollution in metallurgy industry and several dust - removal technologies commonly used in this field.
荷电水雾振弦栅除尘是一种对微细粉尘有较高的除尘效率的新型高效除尘技术。
Vibrating grid dedusting with charged fog is a new type high-efficiency dedusting technology, especially for microfine dust particles.
过滤除尘器是利用微孔超细纤维滤布分离气体和微细粉尘，乃至亚微米尘埃的主要设备。
Dust collector is designed to separate superfine particle or even sub-micron dust from process gas with micropore fiber material.
使用传统滤料的袋式除尘器在操作过程中存在过滤阻力高且随时间波动大、对于微细粉尘过滤效率低、反清洗频率高等缺点。
The shortcoming of traditional filter media, such as high and fluctuating resistance, low efficiency for very small size dust, high frequency of regeneration etc.
荷电水雾振弦栅除尘技术是将水雾荷电技术与振弦栅除尘技术相结合，以获得较高的除尘效率，特别是对微细粉尘的高效捕集。
The vibrating grid filtration with charged fog combined with charged fog and vibrating grid filtration is a modern high-efficiency technology for dust-removing, especially for the fine dust particles.
排风携带的粉尘颗粒更微细，回收这部分细粉比较困难，因此，生产过程中跑粉现象比较多见。
It's even hard to recover those micro particles carried with ventilation. So, the losses of particles often happen in the production.
排风携带的粉尘颗粒更微细，回收这部分细粉比较困难，因此，生产过程中跑粉现象比较多见。
It's even hard to recover those micro particles carried with ventilation. So, the losses of particles often happen in the production.
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