01 Microelectronics

As integrated circuit design and manufacturing enter the era of ultra-large-scale integration, technological advancements are pushing storage capacity per square centimeter towards ten trillion bytes. At such high densities, even a dust particle just one-thousandth the diameter of a hair falling on the production line can be as destructive as a boulder on a high-speed train. Creating an ultra-clean space is essential. Currently, we can successfully filter particles as small as 0.1 micrometers, overcoming the previous limitation of not being able to build semiconductor factories in coastal areas due to high salt content in the air. However, the future of microelectronics demands even higher cleanroom standards. Researchers need to continuously push the boundaries of technology and develop even greater air-cleaning capabilities to stay ahead of the curve.

02 Healthcare

Many people, including surgical patients with open wounds, burn victims without skin protection, premature babies, and those in highly infectious environments, require special medical care. Our solution ensures clean air, providing reliable protection against airborne bacteria and viruses. This prevents infections and stops the spread of harmful microorganisms in restricted areas like quarantine zones and medical facilities.

03 Biotechnology

The progress in medicine, healthcare, nutrition, and genetic modification wouldn't be possible without advancements in biotechnology. Purification equipment, meeting GMP and FDA standards, plays a crucial role in ensuring the safe production and storage of pharmaceuticals and biochemicals, preventing contamination in labs. This supports ongoing research for improving human life.

04 Nuclear Energy Development

In comparison to solar, wind, and tidal energy, nuclear power stands out for its efficiency, stability, and controllability. However, nuclear power plants produce high-temperature air containing radioactive dust during operation. To prevent the release of these hazardous gases, specialized air cleaning systems are essential. We anticipate that filters designed for nuclear power plants, capable of handling large air volumes and high temperatures, will see growing global adoption as the peaceful use of nuclear energy is promoted.

05 Foods

In food production, it's crucial to maintain low levels of harmful bacteria, requiring careful control of water quality, raw materials, temperature, and air cleanliness in the workshop. Our products effectively capture airborne bacteria, dust, and particles from human sources, ensuring high product quality and sanitation standards are met.

06 Building Air Conditioning

As urban architecture evolves and commercial buildings multiply, indoor air quality becomes increasingly crucial for closed environments' air conditioning systems. Studies indicate that controlling airborne dust is essential for sanitation and preventing sources of infection. Our filters efficiently lower airborne dust levels, enhancing air quality, and creating favorable working and living conditions.

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