Applications

Medical & Pharmaceutical

As special products, pharmaceutical manufacturing environments must comply with GMP standards, requiring strict control of airborne microorganisms and particulate matter. Unlike other public spaces, hospitals face a higher risk of bacterial and viral contamination in their air environments. Purifying hospital air is a critical measure for reducing infection rates.

Railway Transportation

On high-speed trains, the air conditioning filter plays a crucial role. Due to the significant air turbulence generated during high-speed operation, the air conditioning system must continuously draw in outside air, filter it, and then distribute it throughout the passenger compartments. The primary function of the air conditioning filter is to remove harmful substances such as dust, particulate matter, bacteria, and viruses from the air, thereby ensuring the cleanliness and healthiness of the cabin air quality.

Industrial Dust Control

In industrial production, different sectors require varying levels of filtration efficiency, necessitating the selection of filters with different grades. A basic classification includes primary filters, medium-efficiency filters, and high-efficiency filters. Primary filters typically capture dust particles ranging from 3 to 10 microns. Medium-efficiency filters can filter out particles between 1 and 6 microns. High-efficiency particulate air (HEPA) filters, however, are capable of capturing particles as small as 0.3 microns and larger. These are commonly used in environments demanding high air quality standards, such as cleanrooms and operating rooms.

Fresh air system

Fresh air systems are widely applied in the healthcare industry. Hospitals are densely populated, high-traffic environments where airborne pollutants—including bacteria, viruses, and harmful gases—accumulate. If not promptly removed, these contaminants pose health risks to both medical staff and patients. Fresh air systems employ multiple technologies to purify air and enhance indoor air quality, thereby reducing the risk of infection transmission. Fresh air systems can incorporate multiple filter types, such as primary filters, medium-efficiency filters, and HEPA filters, effectively removing harmful substances like bacteria, viruses, PM2.5, and formaldehyde. Additionally, these systems regulate indoor humidity and temperature, creating a more comfortable environment that supports patient recovery and facilitates healthcare staff performance. Fresh air systems are extensively utilized across the healthcare sector. Hospitals are densely populated, high-traffic environments where airborne contaminants like bacteria, viruses, and harmful gases accumulate. Without timely removal, these pollutants pose health risks to both medical staff and patients. Fresh air systems employ multiple technological methods to purify air and improve indoor air quality, thereby reducing the risk of person-to-person transmission. Fresh air systems can incorporate multiple filter stages, such as primary filters, medium-efficiency filters, and HEPA filters, effectively removing harmful substances like bacteria, viruses, PM2.5, and formaldehyde. Simultaneously, these systems regulate indoor humidity and temperature, creating a more comfortable environment that supports patient recovery and facilitates healthcare personnel's work.

Purification Engineering

Primarily dedicated to designing and installing Class 100 to Class 300,000 cleanroom facilities and ventilation ductwork systems for industries regulated by national quality inspection authorities—including electronics, food, biopharmaceuticals, medical devices, precision instruments, aerospace, optics and optoelectronics, semiconductor plastics, chemicals, packaging, coating, cosmetics, health supplements, and scientific research. This encompasses cleanrooms, GMP workshops, research institution clean labs, hospital sterile operating rooms, and laminar flow wards. The company maintains a highly skilled team of engineering designers, installers, and technical supervisors. Each project undergoes seamless coordination from design through construction, with rigorous quality control at every stage.

Automobile Air Conditioning

In recent years, frequent smog episodes have brought PM2.5 and in-car air quality to the forefront of public concern. Harmful substances inside vehicles can weaken immunity, causing coughing and chills—particularly affecting the elderly, children, and pregnant women. More seriously, they may lead to fetal abnormalities. Anklin automotive air filters effectively trap PM2.5 and formaldehyde from the air, eliminate odors, and enhance in-car air quality.

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