Clean room filter materials are the basis for the safe operation of clean laboratories – biosafety laboratories.
Due to the dangers of microbial germs, it is necessary to prevent dangerous microorganisms from spreading to the outside world, comprehensively block the contact between dangerous microorganisms and the external environment, and at the same time prevent microorganisms from being contaminated by the outside world, which will affect the accuracy of experimental results. Therefore, this Materials are required.
The air cleanliness of clean rooms is often affected by air flow. There are many factors that affect air flow, such as process equipment, personnel, clean room filter materials, etc. In other words, the movement and diffusion of dust generated by people, machines, buildings, etc. are subject to airflow.
Especially on the wall, the air flow will produce eddy currents along the wall. There will also be eddy currents at the junctions of work tables, machinery and equipment and other obstacles in the clean room. The cleanliness near the eddy currents is poor, so the design At this time, it is necessary to improve the air flow organization to minimize the eddy current phenomenon and achieve optimal air quality control.
It is a manufacturer of polytetrafluoroethylene (ptfe) membrane environmentally friendly materials that specializes in R&D, production and sales.
The clean room filter materials produced have a node-fine fiber structure, forming hundreds of millions of micropores per unit area, which can effectively intercept dust in the air and are very suitable for air purification fields, such as vacuum cleaner applications and air filter membranes. The high air permeability and high interception efficiency enable the vacuum cleaner to not only effectively intercept dust particles, but also have a maximum accuracy of over H14 (99.995%). Since the micropore diameter is tens of thousands of times that of water molecules and hundreds of times smaller than water droplets, it has Excellent moisture, breathability and water resistance.
It is currently the most widely used microporous organic membrane.
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