消息

工业除尘器中的“糊状”滤袋

什么是「糊状」包``? “糊状”袋子, “糊袋”, it is a phenomenon and a problem in the use of dust removal bags, and it is one of the reasons why the dust removal bags lose their effectiveness. There is no uniform definition in the industry. It is generally believed that “paste bag” refers to the fact that during the long-term operation...

除尘滤袋损坏的原因

Common dust bag damage The main reasons are wear, 烧伤和腐蚀. The wear of the filter bag refers to the local wear caused by the repeated filtration and backflushing state switching, the bulging and shrinking of the cloth bag, the friction between the cloth bag and the dust removal skeleton or other components, or the scouring of the high-speed airflow during the...

袋式除尘器的爆破及改进

在 17:58:50 九月 14, 2003, TGM1500气箱脉冲袋式除尘器试制时发生爆炸, a pulverized coal preparation system for a 2500t/d clinker production line in a factory. Accident analysis believes that this is caused by unreasonable process design. The process layout was improved afterwards. This paper introduces the occurrence process of the accident,...

为什么要戴头盔?

    在上班, suddenly… Soul flies away… “Why don’t you wear a hard hat when you work?” “NO! 安全帽不是这样戴的!” First look at the production date, 保质期是 2 years Y-shaped chinstrap, 一个在耳前,一个在耳后, 穿上后, 来回摇头几次, so that it does...

除尘器使用过程中落袋原因分析

是由以下两个原因造成的: 袋式除尘器花板孔. The flower plate holes of the bag dust collector are stamped, using die stamping. The large bag dust collector flower plates are made with high precision by CNC equipment, but some manufacturers use manual cutting of holes in production, which is inconsistent with the equipment....

布袋除尘器常见故障分析及处理方法

袋式除尘器是目前先进高效的设备,广泛应用于冶金等粉尘污染浓度较高的行业, 机械加工, 和建筑材料. 除尘设备高效稳定运行非常重要. 一旦设备出现问题, 直接影响除尘效率. 1. The filter bag...

脉冲袋式除尘器常见故障部位

脉冲布袋除尘器是一种广泛应用于工业粉尘治理的设备, 其常见故障可多角度分析. 以下是我对脉冲袋式除尘器常见故障的分析: 1. 包: 布袋是脉冲袋式除尘器的核心部件,负责收集粉尘. If the bag...

铜线和铝线为什么不能连接在一起?

所以铜和铝不宜直接连接. 如果铜铝连接不可避免, copper-aluminum transition clips or copper-aluminum transition joints are required. The electrochemical properties of copper and aluminum are different If they are directly connected, 一旦它们遇到水形成的电解质, 二氧化碳及其他杂质, 将形成化学电池. This is because aluminum is easy...