Product Introduction

Dust is drawn into the dust chamber through a negative pressure airflow generated by a fan and then piped into it. It is filtered and separated to a clean room by the fan's action. The dust is trapped on the surface of the filter element. As the trapped dust accumulates on the filter element, the pressure difference between the inside and outside of the filter element also increases continuously. When the pressure difference reaches a pre-set value, the solenoid valve controlling the compressed air is opened. Compressed air flows through the pipeline into the reverse blowing cleaning system, and is instantaneously sprayed onto the inner surface of the filter element through the cleaning tubes of the cleaning mechanism. This causes the dust particles accumulated on the filter element to be dislodged by the high-pressure airflow and fall off, cleaning the entire surface of the filter element. The purified air is then discharged through the ductwork and out by the fan.

Product Features

Wrinkle-tube filter cores, compact in size with a large filtration area, making horizontal installation and core replacement easier and more convenient.

Smaller in volume and floor space compared to bag dust collectors of the same air volume.

Microcomputer pulse control automatic online dust removal, capable of continuous 24-hour operation.

Self-contained differential pressure gauge, easy to monitor filter media usage, facilitating timely filter media replacement.

Explosion relief devices can reduce the extent of damage during an explosion by capturing explosive dust.

A variety of filter media materials are available for selection, catering to different working conditions.

Application Scope

Widely used in various industrial processes, including mixing, feeding, crushing, weighing in the chemical industry for powder coatings and engineering plastics, mold polishing and grinding, steel electric furnaces, welding fumes, food, and many others.

Case Studies