• High efficiency filtration

  The high-temperature-resistant high-efficiency filter has a very high filtration efficiency, which can effectively intercept particulate matter above 0.3 microns, and the filtration efficiency can reach more than 99.97%. This is due to the use of ultra-fine glass fiber filter media and the special structural design, which makes the filter show excellent capture ability in the face of fine particles.

• Low resistance design

  Despite its high filtration efficiency, the high-temperature-resistant high-efficiency filter has a low resistance, which means that there is less wind resistance during air flow, helping to maintain the air volume and air pressure of the system and reduce energy consumption.

• Large Dust Capacity

  Due to its unique structural design, the high-temperature-resistant high-efficiency filter has a large dust capacity, which enables continuous filtration over a long period of time without being easily saturated, reduces the frequency of replacement, and lowers operation and maintenance costs.

• High Temperature Resistance

  High-temperature resistant high efficiency filter with partition can be used for a long time in the environment of 250-400℃, which makes it widely used in high-temperature environment, such as semiconductor manufacturing, food drying, medical sterilization and other fields.

• Long life cycle

  The service life of high-temperature-resistant high-efficiency filters is closely related to their material, structure and working conditions. High-quality material selection and excellent structural design ensure that the filter can still maintain stable performance under harsh conditions, thus prolonging its service life.

Application Fields

Due to its excellent temperature resistance, high temperature resistant compartmentalized high efficiency filter is widely used in high temperature ovens, high temperature sterilization equipment and high grade purification equipment. In the pharmaceutical industry, it can be used in production workshops, quality control laboratories, research and development centers, etc. It ensures the quality and safety of drug production by providing a high standard of air quality. In addition, it is also used in food processing, electronics manufacturing, hospital operating rooms and other places where high cleanliness needs to be maintained.

Precautions before use

• Resistance may increase when the surface of the filter is blackened or holds more dust, at which time it needs to be cleaned or replaced in a timely manner.

• Regularly check the air velocity to ensure that it meets the requirements of the technical parameters.

• When replacing the filter, note that the model specification matches that of the original filter and ensure proper installation.

• If the filter is used in a high-temperature environment, it needs to be warmed up and cooled down according to specific warming and cooling procedures to ensure that the performance of the filter is not affected.

• Design Features

  The high-temperature-resistant high efficiency filter with separator is a filtration device designed for filtering airborne suspended particles above 0.3 micron. The filter adopts high temperature resistant ultra-fine glass fiber filter paper as the filter media and aluminum foil plate as the separator, which ensures the filtration efficiency and increases the overall strength and service life at the same time. The corrugated paper separator or aluminum separator maintains equal spacing between each pleated paper, allowing airflow to pass through easily, effectively utilizing the filter media and enhancing structural stability. In addition, the filter is surrounded by a special high-temperature-resistant inorganic adhesive sealing to ensure the sealing of the entire filter, temperature resistance up to 400 ° C, does not contain silicone elements, is very suitable for industries that need to work in high-temperature environments.

• Technical Parameters

  The technical parameters of high-temperature-resistant high efficiency filter with partition include but are not limited to external dimensions, rated air volume, filter area, dust capacity, initial resistance and final resistance. The specific values of these parameters may vary according to different filter models and specifications. For example, some filter models may have a larger filtration area and higher dust holding capacity to meet the needs of different application scenarios. The filtration efficiency ratings are generally up to the H13 or H14 standard, which means that they are effective in filtering out the vast majority of particulate matter.