• High Filtration Efficiency

  High-temperature-resistant high-efficiency filters have extremely high filtration efficiency, which can usually reach more than 99.97%, which means that it can effectively intercept particles of 0.3 micrometers and above, and guarantee the purity of air.

• Low Resistance

  Reasonably designed filters can ensure a low initial resistance, usually around 400Pa, which can ensure smooth air flow and reduce energy consumption.

• Large Dust Capacity

  Highly efficient filtration capability combined with large dust capacity makes these filters maintain stable filtration performance in long-time operation, reducing the need for frequent replacement and lowering operating costs.

• High Temperature Resistance

  High-temperature-resistant high efficiency filter with partition can work for a long time under the temperature environment of 250℃ or even higher, thanks to its special filter material and structure design, which can keep its performance unchanged under extreme temperature conditions.

• Strong structural stability

  The use of aluminum foil sheet or other high temperature resistant materials as the partition and stainless steel or aluminum alloy as the outer frame ensures the structural stability of the filter at high temperatures and avoids the risk of deformation or damage.

Application Fields

• Electronics industry: for high temperature baking and purification in the process of semiconductor production.

• Pharmaceutical industry: high temperature sterilization in the process of drug production and packaging.

• Food industry: baking, drying and other processes in the high cleanliness requirements of the link.

• Other industries: such as chemical industry, automobile manufacturing and other process steps involving high temperature treatment.

Correct use method

• Before installation, ensure that the filter is free from damage and check whether the sealing tape is firm.

• Adjust the filter to a suitable working temperature according to the usage environment and avoid drastic temperature changes.

• Regularly check the working condition of the filter and replace it in time if there is any leakage.

• For use in a high-temperature environment, it is recommended that the filter be gradually heated and cooled in a high-temperature environment first to ensure its stable performance.

Precautions

• Do not use the filter at temperatures exceeding the specified working temperature to avoid damaging the filter material.

• When used for the first time, the filter should be allowed to run for a period of time in a high-temperature environment before it is formally put into use.

• Pay attention to the sealing and integrity of the filter to avoid the decline of filtration efficiency caused by improper installation.

• Conduct regular performance tests to ensure that the filter meets the working requirements.

• Filtration efficiency grade

  The filtration efficiency grade of high temperature resistant compartmentalized high efficiency filters is generally H13 or H14, which is determined according to the European standard EN1822, meaning that the filtration efficiency of 0.3μm particles has reached 99.97% and 99.995% or more respectively.

• 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, final resistance, etc. These parameters determine the performance and working effect of the filter.