[ Our Performance ]
[ Description & Specifications ]
Cleanroom engineering integrates air cleanliness control, airflow and air exchange design, constant temperature and humidity regulation, and differential pressure management. By precisely controlling airborne particulates, temperature, humidity, and airflow direction, combined with HEPA/ULPA high-efficiency filtration equipment, it significantly reduces contamination risks to ensure process stability and product quality.
These systems are widely applied across semiconductor and electronics manufacturing, precision machinery, and optoelectronics industries, as well as medical devices, pharmaceuticals, and food processing requiring compliance with standards such as GMP and HACCP. They are also ideally suited for high-standard environments including laboratories, biotechnology, and chemical engineering.
Through turn-key integrated services—spanning planning, design, construction, equipment layout, and ongoing maintenance—cleanliness levels and spatial configurations can be customized to client specifications. Coupled with energy-optimized designs featuring precision HVAC and exhaust systems, operational energy consumption and costs are reduced, delivering enhanced process quality alongside environmental sustainability and operational efficiency.
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SPECIFICATIONS |
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| Inlet size | |
| Motor | |
| Air Flow | |
| Static Pressure (Max) | |
| Air pressure requirements | |
| Filter Cleaning | |
| Air pressure requirements | |
| Filter Material | |
| Number of Filters | |
| Filter area | |
| Dust Tank Volume | |
| Noise Rate | |
| N.W. / G.W. | |
| Packing Dimensions |
Note: To enhance the quality and functionality of the equipment, the manufacturer reserves the right to make design changes without prior notice after the changes have been implemented.