Ningbo Tenzon Umwelttechnik Co., Ltd ，High-efficiency energy-saving core processing equipment
Products
This Self-Circulating Air Cleaner features a ductless air inlet and outlet design and operates on a self-circulating principle. Depending on the characteristics of the smoke and dust conditions, as well as the specific requirements of the self-circulating or overall airflow configuration, the air inlet and outlet can be configured as bottom-in/top-out or bottom-out/top-in. The purifier has a large filtration area and achieves a filtration efficiency of up to 99.9%; The unique filter media offers excellent air permeability and low air resistance, enabling long-term, effective capture of smoke and dust; rotary or pulse-jet reverse-blow cleaning ensures the equipment remains in optimal operating condition at all times. The purifier’s filter cartridges or filter plates have a long service life, stable performance, and are easy to replace; the ash collection drawer is easy to install and remove. Fan start/stop operations are controlled via a PLC and touchscreen, making the entire process simple and convenient.
Dusty air enters the dust collector through the inlet, where it is rapidly redirected by the diffuser plate. This prevents dust particles from striking the filter cartridges directly and creates a downward airflow, which facilitates the settling of dust into the hopper and ensures a more uniform flow through the filter cartridges. Throughout the entire operation, the compressed air pulse-jet cleaning system blows air at an adjustable or automatic frequency to dislodge the dust cake adhering to the surface of the filter cartridges. This ensures that the dust collector’s airflow remains constant and significantly extends the service life of the filter cartridges. The filtered clean air is discharged through the fan at the top and returned to the indoor space or vented outdoors. The separated dust settles into the hopper until it falls into the ash bin.
Dusty air enters the dust collector through the inlet, where it is rapidly redirected by the diffuser plate. This prevents dust particles from striking the filter cartridges directly and creates a downward airflow, which facilitates the settling of dust into the hopper and ensures a more uniform flow through the filter cartridges. Throughout the entire operation, the compressed air pulse-jet cleaning system blows air at an adjustable or automatic frequency to dislodge the dust cake adhering to the surface of the filter cartridges. This ensures that the dust collector’s airflow remains constant and significantly extends the service life of the filter cartridges. The filtered clean air is discharged through the fan at the top and returned to the indoor space or vented outdoors. The separated dust settles into the hopper until it falls into the ash bin.
A high-pressure turbo blower creates a vacuum inside the housing, rapidly increasing the negative pressure. This high negative pressure draws contaminated air into the main unit through the air inlet, where it strikes a deflector plate located at the inlet. As a result, dust particles do not strike the filter cartridge directly; instead, they are slowed down, their direction is altered, and a downward airflow is formed. This facilitates the settling of dust into the ash hopper and ensures a more uniform airflow through the filter cartridge. The airflow passes through the filter cartridge at an extremely low velocity, while dust particles are trapped on the surface of the filter cartridge as they pass through. The filtered clean air is discharged through the blower, while the separated dust falls into the dust collection hopper.<br> Pulse-jet compressed air, controlled by a solenoid valve, is injected into the filter cartridges in pulses. The compressed air is blown into the filter cartridge from the clean air side in the opposite direction of the airflow. This dislodges the dust that has accumulated on the surface of the filter cartridge during operation, causing it to fall into the waste discharge device.