High Temperature Resistant HEPA Filter HEPA Filter Manufacturer

Product Advantage

The high temperature resistant filter is mainly used to filter the tar, soot, dust and other particles produced in the high temperature sterilization tunnel or the high temperature drying room of the rmaceutical factory.

Large air volume, low resistance;

Good high temperature resistance;

Large filter area and high efficiency;

Adopt imported temperature and moisture resistant superfine glass fiber filter paper;

Use the highest temperature 250. c or less, can be used in the specified high temperature environment for a long time;

Wedge box pleat design to prevent filter paper damage;

Filtration efficiency: H13/H14.

Scope of Application

High-cleanaces such as biormaceuticals, coating workshops, and nuclear power plants; Terminal of the air conditioning and ventilation system (end filtration and hot air type high temperature oven); Ultra clean oven and other equipment and systems requiring high temperature air purification.

HEPA Air Filter

ZhongJian South's clean air solutions help protect sensitive advanced manufacturing processes, prevent microbial contamination in research laboratories, and eliminate infectious air contaminants in healthcare.

HEPA air filters are widely used in the nuclear, electronics, aerospace and military industries. They are also critical in medical applications such as rmaceutical manufacturing, hospital operating and isolation rooms, and clean room environments. HEPA filters of the highest standard help prevent bacterial and viral infections from spreading through the air and can be further combined with UV light to ensure air purity.

Other applications, such as new vehicle and aircraft circulation systems, use HEPA filters because of the high level of cleanquired in the air. For those prone to asthma and allergies, HEPA filters and other types of air purifier filters can provide a level of air quality that can alleviate these health problems. Because of their high efficiency in capturing particles, HEPA filters are also widely used in industrial settings.

The filters themselves are typically made of glass fibers randomly arranged at different densities. The diameter and thickness of the fibers directly affect the effective function of the filter and the percentage of filtration capacity.

HEPA filters, like the equally effective ULPA filters, tend to be very dense and therefore may require circulation systems with more powerful engines than standard air filter filters because of the additional power required to move the air through the filter. As the air passes through the filter, the many interwoven fibers trap particles and prevent them from being recirculated back into the atmosre.

Because of the percentage of particles removed, HEPA filters may need to be replaced or cleaned frequently. Another potential disadvantage of using HEPA-rated filters is that they tend to be more expensive than other types of air filters, such as foam filters or carbon air filters.

For applications that require HEPA-rated air purification, it is worth the investment, but for other applications, a HEPA-type filter or HEPA-type filter may be sufficient. These filters will still provide a high level of air filtration, but do not need to meet the same purification standards as a true HEPA filter.

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