• High efficiency filtration: These filters usually have extremely high filtration efficiency, which can effectively intercept particles above 0.3 micron and the efficiency can reach over 99.97%.

• Low resistance: Well-designed filters can maintain low resistance, ensuring smooth air flow and reducing energy consumption.

• Large Dust Capacity: Having a large dust capacity means that the filter can absorb more particles without being easily saturated, thus prolonging its service life.

• High-temperature resistance: High-temperature resistant partitioned HEPA filters are able to work for a long time in environments ranging from 250℃ to 400℃, and some products can even reach 350℃.

• Good chemical stability: in addition to high temperature resistance, it also has good chemical resistance and can resist the erosion of many chemical substances.

• Sturdy structure: Aluminum foil spacer or other sturdy materials are used to enhance the stability of the structure and avoid deformation under high temperature environment.

Application Fields

Due to its excellent performance, the high-temperature resistant compartmentalized high-efficiency filter has a wide range of applications in several industries. In the pharmaceutical industry, it is used in autoclave tunnels and ovens to ensure the cleanliness of the production environment. In the food industry, it is installed in baking equipment to purify the air and prevent food from being contaminated during high-temperature processing. In the semiconductor and liquid crystal display industries, the high temperature resistant filter is a key component in ensuring air quality during the production process. In addition, it is also used in automotive painting lines and other high-temperature applications in the electronics industry.

Usage

• Preparation before installation: Confirm that the specification and model of the filter meet the requirements for use, and check whether there is any breakage or leakage.

• Temperature adaptability: Considering that the high-temperature-resistant filter may be used in high-temperature environments, it needs to be preheated appropriately, such as gradually warming up to 100°C, 150°C, 200°C, etc., and stopping the cooling after keeping it for a certain period of time at each temperature stage.

• Maintenance and Replacement: Regularly check the air velocity and efficiency of the filter, and replace it in time if there is any decrease. When replacing, note that the model specification of the new filter matches that of the original filter, and install it carefully so as not to damage the filter material or the border.