• High filtration efficiency: the filtration efficiency can reach H13-H14 level, which means they can filter out at least 99.99% of 0.3μm particles.

• Compact structure: reasonable design, small footprint, easy to install and maintain.

• Good sealing performance: advanced sealing technology is adopted to ensure that the filters have no leakage during use and prevent the escape of pollutants.

• Wide range of application: not only can it be used for traditional air filtration, it can also meet specific industrial filtration needs, such as DOP testing.

Application Scenarios

• Hospital operating room: In the process of surgery, prevent airborne particles from entering the surgical area and ensure a sterile environment.

• Laboratory: In scientific research, to prevent contamination in the experimental process and maintain the cleanliness of the experimental environment.

• Pharmaceutical room: in the process of drug production, to avoid the influence of dust and other particles on the quality of drugs.

• Microelectronics, fiber optic equipment: in the high-precision manufacturing industry, to ensure the cleanliness of the production environment, to avoid product contamination.

• Food processing plant: in the process of food processing, to ensure that the food is not contaminated by airborne microorganisms and particulate matter.

Installation and Maintenance

• Before installation, confirm that the filter specifications match the use environment to ensure that the filter can work in the best condition.

• Ensure good sealing performance during installation to avoid any possible leakage.

• Conduct regular performance tests, such as DOP leakage test, to ensure that the filter's filtration efficiency is up to standard.

• Replace the filter at the right time according to the usage condition to maintain the filtration effect.

• Inlet and outlet diameters: In principle, the same as the inlet diameter of the matching pump to ensure smooth flow.

• Nominal pressure: according to the highest pressure that may occur in the filtration pipeline to determine the pressure level of the filter.

• Hole number selection: according to the need to intercept the impurity particle size and media flow process requirements to determine.

• Filter material quality: generally choose the same material as that of the connected process piping, such as cast iron, carbon steel, low alloy steel or stainless steel.

• Calculation of filter resistance loss: in the case of water with a filter, generally in the general calculation of the rated flow rate, the pressure loss is about 0.52 ~ 1.2kpa.