High efficiency filtration

The high-temperature resistant compartmentalized high-efficiency filter can effectively filter out particles within a specific particle size range, such as 0.3μm particles, and the efficiency can reach over 99.97%. This is due to the ultra-fine glass fiber filter media it adopts, as well as the special structural design, which can maintain stable filtration performance under high temperature conditions.

Low Resistance

The low resistance design makes the air flow more smoothly, reduces energy consumption, and also reduces the pressure loss of the filter, which ensures the stable operation of the system for a long time.

Large Dust Capacity

The high-temperature-resistant high efficiency filter with separator has a large dust holding capacity, which means that under the same conditions, the filter can capture more particles without frequent replacement, improving working efficiency and economy.

High Temperature Resistance

High-temperature resistant compartmentalized HEPA filters can be used for a long time in an environment of 350-400°C, and some products can even withstand temperatures as high as 400°C, which is very suitable for filtration needs in high-temperature environments.

Application Scenario

High-temperature-resistant high efficiency filter with partition is mainly used as the end filter in cleanrooms to ensure the realization of cleanliness requirements at all levels. In addition, they are also widely used in equipment and systems for high-temperature purification in semiconductor, pharmaceutical, food, liquid crystal display and chip industries.

Application field

High-temperature resistant high efficiency filter with partition is suitable for all kinds of high-temperature ovens, sterilization equipment and purification systems with high cleanliness requirements. Especially in the pharmaceutical industry, it is crucial to ensure the cleanliness of the environment for drug production and storage.

Preparation before use

Before using high temperature resistant partitioned high efficiency filters, they need to be properly pre-treated to ensure that their performance at high temperatures is not affected. Usually, the filter needs to be left for a period of time to allow the internal sealant to fully cure. In addition, attention needs to be paid to the installation position and direction of the filter to ensure that the airflow is smooth and passes through the filter.

Installation and Maintenance

When installing the high-temperature resistant high efficiency filter with septum, make sure it is firmly fixed in the designated position and well sealed. In the course of daily use, the sealing and integrity of the filter should be checked regularly and replaced in time if necessary.