What Is a Compressed Air Filter?
A Compressed Air Filter is a device designed to remove foreign particles from compressed air. Compressed air, produced by compressors and similar equipment, finds various applications in industries such as chemical manufacturing and oxygen supplementation.
However, during the compression of air, invisible fine particles like dust and debris may also be compressed along with the air. Using compressed air in this state can lead to serious operational issues.
To address this, the compressed air is swirled to separate air from contaminants such as debris, and then it is filtered through a Compressed Air Filter to transform it into clean, usable air.
Filters are available in several types, designed to accommodate different types of contaminants, pressure levels, and applications. Therefore, selecting the appropriate filter based on the type of contaminants, pressure levels, and intended use is essential.
- Represents the product level：HC,HT,HA,HF,HH.
- The production of this series of precision filters and filter elements adopts the technology of American Hankison company.
- The filter element accuracy is based on ISO8573.
- It shall be noted when ordering that the processing capacity under different pressure conditions shall be corrected according to the coefficient in the correction coefficient table.
Hangzhou shanli purify equipment corporation
www.hzairdryer.com
Hangzhou Shanli Purify Equipment Corporation is a national high-tech enterprise that develops and produces compressed air purification equipment and other products. We have established customer service centers in Hangzhou, Shanghai, Beijing, Shenyang, Xi'an, Chengdu, Guangzhou, Jinan, Nanjing, and other cities, as well as a nationwide service network. Our products are sold to more than 20 countries worldwide.
Shanli has become a leading manufacturer and service provider of compressed air purification equipment in China.
Clemco Industries Corporation
Address: 1 Cable Car Drive, Washington, Missouri, United States of America
Beswick Engineering Co., Inc.
Beswick Engineering was founded in 1964 as an engineering consulting firm. Beswick now operates out of Greenland, New Hampshire. Berwick serves the medical devices, aerospace, analytical instruments, bomb, gas, & narcotic detection equipment, semiconductor, dental, hydrogen fuel cell, industrial robot & automation, inkjet, 3D printing, and packaging & food packaging machinery industries. Beswick offers tubing, tubing clamps, cylinders, compression fitting accessories, filters, mufflers, breathers, orifice restrictors such as drilled orifice fittings and sapphire orifice fittings, valves, regulators, and quick disconnects. Beswick also offers custom design options.
Pneumax Automation LLC
Pneumax Automation LLC is a manufacturer and distributor of pneumatic as well as electrical systems and components for process actuation. Established in 2019 and based in Dallas, North Carolina, the company is a subsidiary of Pneumax Holding S.p.A, serving clients in industrial and process automation. The company produces various standard and solenoid valves including poppet and booster models, valve islands for integrating multiple flow control systems, and standard and microcylinders for converting compressed air into linear motion. Pneumax Automation LLC also offers a range of clamping units, fittings, and other accessories.
Airwork Pneumatic Equipment s.r.l.
Airwork Pneumatic Equipment S.R.L., founded in 1998 with headquarters in Italy, is a UNI EN ISO 9001 and 14001 certified manufacturer and supplier of pneumatic assemblies and stand-alone components for industrial automation. The company's expanding portfolio of products includes pneumatic tubes, compact guide cylinders, precision air treatment units, and an extensive array of application-specific valves. The company's customized design and manufacturing services are available on demand as well as through pre-engineered solutions, such as the company's customizable electro-pneumatic control panels and switchboards for automation process control.
