Application - Air Filter

The primary control target is non-living particulates. The main focus is on preventing airborne dust particles from contaminating work objects, with the interior typically maintained at positive pressure. This is applicable to multiple industries including precision machinery manufacturing, electronics (semiconductors, integrated circuits, etc.), aerospace, high-purity chemical processing, nuclear energy, optoelectronic and magnetic product manufacturing (CDs, film, magnetic tape production), LCD (liquid crystal glass), computer hard drives, and computer magnetic head production. The design and construction of cleanrooms in electronics factories must adapt to the rapidly evolving demands of the electronics industry.

Hospitals are places intimately connected with life—the continuation of life. Because hospitals are often associated with illness and suffering, people naturally harbor a sense of fear toward them. How can we transform this place, so intimately connected to life, into a space that truly cherishes it? Beyond relying on the skilled medical expertise of angels in white and state-of-the-art equipment, it requires creating a positive indoor environment atmosphere. This primarily involves controlling contamination from living particles (bacteria) and non-living particles (dust) to the outside world and to people. Certain infectious areas must maintain negative pressure relative to the external atmosphere. Examples include pharmaceutical manufacturing facilities and infectious disease ICUs.

The laboratory consists of primary functional laboratories, auxiliary laboratories, and supporting facilities. It must ensure personal safety, environmental safety, waste safety, and sample safety, enabling long-term secure operation while providing laboratory personnel with a comfortable and conducive working environment. The primary laboratories are biosafety laboratories and electronic testing laboratories.

Precision machine rooms prioritize precise temperature, humidity, and cleanliness control as primary design objectives to ensure long-term stable equipment operation and mitigate particle damage to critical assets such as telecommunications server rooms and engine test chambers.

The primary control focuses on preventing contamination of work objects by living particles (bacteria) and non-living particles (dust). Its internal materials must withstand the erosion of various sterilants and generally maintain positive pressure. Essentially, it functions as an industrial cleanroom where internal materials endure diverse sterilization processes. Its planning and construction must meet the mandatory GMP requirements for hygiene in the production, packaging, and storage of pharmaceuticals, food, and cosmetics. Establish and maintain a robust product quality assurance system, such as for hospitals (operating rooms, sterile wards), food and cosmetic production, beverage manufacturing, blood banks, etc.

The livestock farming industry is gradually shifting toward large-scale, intensive farming methods. The scientific application of appropriate air treatment methods can ensure the ecological integrity of the environment remains intact while genuinely enhancing the sustainable development of the farming sector. Numerous studies and real-world evidence confirm that airborne transmission is the primary route for viral spread, with airborne viruses being a common cause of infections in livestock farming. Therefore, effective air filtration represents the most efficient method for blocking viruses. Air filtration systems can significantly interrupt the airborne transmission pathways of pathogens among animals.

Many automotive industries require such cleanrooms for painting operations, demanding near-obsessive environmental cleanliness. A controllable cleanliness environment is the fundamental prerequisite for producing high-quality paint finishes. We provide premium air purification services to most automated industries worldwide, including the automotive sector. We offer a wide range of filter types and purification equipment across various grades, enabling us to deliver customized air solutions tailored to your specific requirements.

With the continuous advancement of modern industrial standards, demands for production environments and product quality have reached new heights. Purification engineering technology has gradually entered the public eye. In manufacturing sectors, the development of high-precision cutting-edge technologies has intensified the urgent need for increasingly precise and miniaturized products. Ensuring that the working environment meets standards for particulate matter, temperature, and humidity is critical, as any deviation from these specifications may compromise the performance and reliability of manufactured components.