High efficiency filtration

The high-temperature-resistant high-efficiency filter adopts ultra-fine glass fiber filter paper or other high-temperature-resistant filter materials, and with special structural design, it realizes effective filtration of particles with a particle size of 0.3μm and above, with an efficiency of 99.97% or more, which meets the requirements of the efficiency level of H13 and even H14.

Large-capacity dust holding capacity

These filters are usually designed with a large filtration layer and a reasonable pleated structure, which makes them have a large dust holding capacity and can maintain stable filtration performance even under high temperature conditions.

Low resistance

The design of high-temperature-resistant high-efficiency filters takes into account the principle of low resistance. By optimizing the filter material and partition structure, the wind resistance is reduced to ensure smooth air flow, which is crucial for maintaining the normal operation of the system.

High Temperature Resistance

High-temperature resistant compartmentalized HEPA filters can be used for a long period of time in environments ranging from 250°C to 350°C, and some can even reach 280°C, which makes them ideal for air filtration needs in high-temperature environments.

Stable structure

The outer frame of the filter is mostly made of stainless steel or galvanized material, while the inner part is made of high-temperature-resistant materials such as aluminum foil sheets as partitions, which ensures the stability and durability of the structure, and also helps to protect the inner filter material from damage.

Application Fields

High-temperature resistant high efficiency filter with partition is mainly used to filter particulate matter generated in high-temperature environment, such as dust, smoke, etc., to ensure that the air quality meets the high standard requirements. Especially in the ultra-clean oven, high-temperature drying room, UV curing oven, aging box and other equipment air filtration performance.

Preparation before use

Before using the high-temperature resistant partitioned high-efficiency filter, you need to ensure the suitability of the installation environment, including temperature, humidity and other factors. Inspect the filter before installation to make sure there are no damages or defects. Also, make sure that there are no obstacles around the filter that could interfere with the passage of airflow.

Installation and Maintenance

The correct installation method is the key to guaranteeing the performance of the filter. During installation, attention should be paid to sealing to avoid gaps that could lead to air leakage. Regular maintenance is also necessary, including cleaning or replacing the filter media to ensure the continued efficient operation of the filter.

Design Features

High-temperature high efficiency filter with partition is a kind of filtration equipment designed for high temperature environment, mainly used for filtering air suspended particles above 0.3 micron, widely used in chemical, food, pharmaceutical and other industries for high temperature air purification equipment and systems.

Material composition

The filter media of high-temperature-resistant high efficiency filter with partition is mainly made of high-temperature-resistant ultra-fine glass fiber filter paper, and aluminum foil plate is used as the separator, the outer frame is usually stainless steel or galvanized plate, and it is sealed with special high-temperature-resistant sealant to ensure the sealing and durability of the whole filter.

Technical Parameters

The technical parameters of high-temperature resistant high efficiency filter with partition include but are not limited to the external dimensions, rated air volume, filter area, dust capacity, initial resistance, final resistance and filtration efficiency, etc. Among them, the filtration efficiency usually reaches H13. Among them, the filtration efficiency usually reaches H13 or H14 rating, which means that under certain conditions, the filter can effectively filter out at least 99.97% or more of 0.3 micron particles.