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The High Efficiency Filter is made from a combination of activated carbon and nano-composite carbon molecules. This advanced material offers superior adsorption properties, making it highly effective in trapping a wide range of contaminants. The nano-composite structure enhances the filter's ability to capture even the finest particles, ensuring that harmful gases, odors, and volatile organic compounds (VOCs) are efficiently removed from the air.
The High Efficiency Filter excels at absorbing various odors, toxic gases, and harmful volatile organic compounds (VOCs), preventing any risk of secondary pollution. Its ability to capture PM2.5 and PM0.3 particles makes it ideal for environments where fine particulate matter is a concern. This filter also plays a critical role in maintaining a clean air supply by reducing bacteria and other microbial contaminants with a 99% efficiency rate.
The filter's exceptional performance at eliminating odors ensures that air quality is maintained at optimal levels, making it ideal for workspaces, factories, and other environments that deal with smoke, chemicals, or other foul-smelling substances.
This High Efficiency Filter is designed specifically for use with the FED350 Fume Extractor. As the main filter in the system, it is engineered to provide the highest level of filtration, ensuring that the air purifier can operate efficiently while keeping the air clean and free of harmful pollutants.
Protects Subsequent Equipment: The high-efficiency filter is usually located at the end of the filtration system. It serves as the final layer that ensures any small particles missed by the previous stages of filtration are captured. This protects subsequent equipment, such as fans and motors, from particle damage and blockages, ultimately extending their lifespan.
Improved Purification Effectiveness: The high efficiency of this filter is reflected in its ability to purify the air at a 99.97% rate for PM2.5 and PM0.3 particles, as well as toxic gases. The filter also achieves a 99% efficiency rate in bacteria purification and a 99% reduction in odors, significantly improving air quality in demanding environments.
Product Name |
Main Filter |
Brand Name |
KNOKOO |
Condition |
New |
Color |
White |
Dimensions |
35.5*22.5*25 CM |
Suitable for |
KNOKOO FED350 |
Replacement Cycle |
6-12 months |
Filtration |
Adsorption Of Various Odors Andtoxic and Harmful Gases |
Application |
Air Filtration System |
Certification |
CE |
Warranty |
Unavailable |
After-sales Service |
Online Support |
Place of Origin |
Guangdong , China |
Keywords |
Fume Extractor Accessories , Fume Extractor , Main Filter ,Beauty Salon |
The filter is designed to be easily replaced, making maintenance simple and straightforward. Individual replacement of the filter ensures minimal downtime for the system and enables the fume extractor to continuously perform at its highest efficiency.
The recommended replacement cycle for the High Efficiency Filter is between 6 to 12 months. The exact timing depends on the level of contamination in the air and the frequency of use. It is important to monitor the filter's condition to ensure optimal performance. If the filter has been exposed to a high level of pollutants, more frequent replacement may be necessary.
Regular Monitoring: Regularly check the filter for signs of dust buildup or loss of odor-capturing ability. This will help determine when it is time for replacement.
Proper Storage: Store spare filters in a cool, dry place to prevent them from being compromised by moisture or heat. Excessive moisture can reduce the effectiveness of the activated carbon.
Light Cleaning: While the filter cannot be completely cleaned, gently tapping it or using a soft brush to remove loose dust and debris can help maintain airflow for a short period.
Use Genuine Filters: Always use original filters to maintain the air purifier’s performance and prevent potential damage to the FED350 Fume Extractor.
Do Not Overuse: Continuing to use a filter past its capacity will reduce the efficiency of the entire system and can lead to system malfunctions or increased energy consumption.