A clean room can also be called a dust-free room.
It refers to a room where the concentration of airborne particles is controlled.
In order to meet the standards, the material of clean room high-efficiency filtration membrane is indispensable.
In the entire construction engineering system, clean room engineering can be regarded as a relatively obscure sub-division project.
It usually appears in hospitals, pharmaceutical factories, and industrial dust-free workshops.
Clean room engineering is a complete system, which includes building structure, building decoration, wind system, gas system, water system, chemical supply system, power distribution system, automatic control system, equipment installation, fire protection system, and shielding Facilities and anti-static facilities.
The clean room high-efficiency filtration membrane has a node-fine fiber structure, forming hundreds of millions of micropores per unit area, which can effectively intercept dust in the air. It is very suitable for air purification fields, such as vacuum cleaner applications, and air filtration membranes. High air permeability and high interception efficiency enable the vacuum cleaner to not only effectively intercept dust particles, but also achieve a maximum accuracy of over H14 (99.995%). Since the micropore diameter is tens of thousands of times larger than water molecules and hundreds of times smaller than water droplets, it has excellent Moisture permeable, breathable and waterproof.
It is currently the most widely used microporous organic membrane.
Suzhou New Material Technology Co., Ltd. is a manufacturer specializing in the R&D and production of high-efficiency filtration membranes for clean rooms. After years of painstaking research and R&D, the company not only has strong R&D capabilities, complete testing methods, and domestically advanced experiments equipment, and attracted a large number of outstanding technical talents.
</p
