Dr.Air KT6000 Electrostatic Filter for Kitchen Smoke Treatment

The textile industry is a seriously polluting industry. During the dyeing and finishing process in the textile industry, a dense amount of smoke is created with many different components such as: Fabric dust, chemical odor, chemical dust, etc. Therefore, for textile factories, how to solve the problem of emissions and meet local environmental policy standards is something that needs special attention.

Dr.Air KT6000 electrostatic filter is an advanced solution, highly appreciated by many businesses, bringing effective smoke and dust treatment in textile factories today.

How does the KT6000 electrostatic filter treat dust and smoke?

Dr.Air KT6000 electrostatic precipitator is equipped with high voltage input and then ionizes grease and smoke particles as they move through ionizing electrode needles. Under the effect of electric field, dust particles and grease particles become charged. According to physical properties, these particles are quickly attracted to the opposite electrode and stick to the electrode wall without being able to go out. With that operating principle, Dr.Air KT6000 easily handles exhaust gas in the textile industry, 90% of dust is removed, minimizing negative impacts on the environment.

Model 1: 100% treatment of industrial kitchen smoke, dust and odors using oil filter fans, electrostatic filters and ozone

Things to note when using Dr.Air KT6000

• To use the Dr.Air KT6000 electrostatic filter effectively, users need to pay attention to cleaning the filter. If not cleaned regularly, the accumulation of dust on the filter wall will reduce its efficiency.
• Using the filter is relatively simple, users just need to soak the filter in a water tank and then use a high pressure water hose to remove all dirt from the filter wall. After being dried, the filter is installed in its original position and operates as normal.
• In addition to paying attention to cleaning the filter, during use, users need to ensure that the KT6000 is placed in a dry environment, low humidity, and the ambient temperature is not too high.

Outstanding structural features