Compressed air filtration precision dust and oil removal filter
Introduction to Compressed Air Filtration Precision Dust and Oil Removal Filter
Characteristics of compressed air filtration precision dust and oil removal filter
5. Automatic drainage function, equipped with an automatic drainage valve, to timely discharge condensed water and avoid water accumulation affecting the filtration effect.
6. Compact structure, compact design, small footprint, easy to install and maintain, suitable for situations with limited space.
7. High reliability, the shell is made of high-strength materials, which are pressure resistant and corrosion-resistant, ensuring stable operation of the equipment under harsh working conditions.
Application scenarios of compressed air filtration, precision dust removal, and oil removal filters
2. Multi stage filtration structure, usually consisting of three stages: pre filtration, main filtration, and fine filtration, gradually removes impurities of different particle sizes and extends the service life of the filter element. The pre filtration layer intercepts large particles, the main filtration layer removes small particles and oil mist, and the fine filtration layer further purifies the air.
3. Low resistance design, optimizing filter material and channel design, reducing resistance when air passes through, reducing energy consumption, and ensuring efficient system operation.
4. Medical and laboratory equipment, used for driving and cleaning medical devices and laboratory equipment, ensuring pollution-free air and guaranteeing the accuracy of experimental results.
5. Textile and chemical fiber industry. In textile machinery, compressed air is used for driving and cleaning, and filters can prevent oil stains and particles from contaminating the fibers.
6. In the tobacco industry, it is used for blowing and driving in the cigarette production process to ensure that the compressed air is oil-free and dust-free, and to avoid affecting the quality of tobacco.
7. In precision instruments and automation equipment such as pneumatic control systems and robots, the cleanliness of compressed air directly affects the sensitivity and lifespan of the equipment. Filters can provide a stable high-quality air source.