The GXCD series tubular electrostatic precipitator produced by Hebei Chuangyi Environmental Protection Equipment Co., Ltd. adopts a tubular three electric structure, with a solid electric field and a design efficiency within a certain range. Moreover, the price is relatively low. When determining the treatment efficiency, it is necessary to follow the economic principles of the prescribed emission standards. Choosing lower efficiency as much as possible while meeting emission standards is an ideal dust removal equipment for small and medium-sized enterprises. If the specific resistance is too high, the dust particles that reach the dust collector are not easily discharged, and a voltage gradient is formed between the dust layers, which can cause local breakdown and discharge phenomena. The GXCD series tubular electrostatic precipitator is suitable for collecting atomized gases of various machine tool cutting fluids, and can be placed in various application scenarios. It can process high concentration oil mist at high filtration speed and maintain constant system operating resistance.

The GXCD series tubular electrostatic precipitator uses a high-voltage electric field to ionize the flue gas, and the charged dust in the airflow is separated from the airflow under the action of the electric field. Negative is made of metal wires with different cross-sectional shapes, called discharge. It is made of metal plates with different geometric shapes, called dust collector electricity. Its performance is affected by three factors: dust properties, equipment structure, and flue gas flow rate. The specific resistance of dust is an indicator for evaluating conductivity and has a wide adaptability to capturing powder. At the same time, an appropriate pre charge is added at the inlet, which can achieve high dust removal efficiency with a shorter electric field. It has a direct impact on dust removal efficiency. The specific resistance is too low, making it difficult for dust particles to remain on the dust collector, resulting in their return to the airflow.

The GXCD series tubular electrostatic precipitator uses German fiberglass bags, each of which has good oil conductivity, high surface load, long service life, and high performance. The filter bag is installed on the filter frame, which increases the air flow and cleaning of the filter bag. This filter bag arrangement achieves the filtering effect. The separated gas is discharged from the top conduit through the electric field passing through the tubular settlement. The settling corona is all mounted on a bracket, while the hanging wire is placed on an insulator. In order to avoid contamination from dust particles and erosion from gases, the GXCD series tubular electrostatic precipitator uses a module combination that allows it to be installed in small spaces.

The filter bag can provide a filtering area in a small box and increase the space between the filter bags, resulting in a longer service life and reducing the workload of filter bag replacement.

The dust removal principle of the GXCD series tubular electrostatic precipitator produced by Hebei Chuang Environmental Protection Equipment Co., Ltd. is as follows:

The GXCD series tubular electrostatic precipitator produced by Hebei Chuangyi Environmental Protection Equipment Co., Ltd. has a metal tube that settles into a circular or hexagonal shape, with the corona located in the tube. During the dust removal process of the tubular electrostatic precipitator, the dusty gas enters the interior of the precipitator through the lower duct, and the insulation is placed inside the precipitator box for protection. The dust particles that settle inside the pipe are shaken off by an automatic vibration device using a hammer, and then fall into a conical ash hopper. This type of electrostatic precipitator is suitable for purifying and removing various types of dust or smoke in gases, and can achieve fully automated operation. The use of graded combinations can add HEPA filters for further dust purification treatment. The filtration efficiency is 89%, reducing the overall cost.