Pleated V Type
Chemsorb V Type Chemical Filter - The Choice for High Efficiency and Capacity!
The V type chemical air filter was developed for use in make-up air units (MAUs), fan filter units (FFUs) & return air units (RCUs), and it offers lower pressure loss, high initial efficiency and a long enough service lifespan.
This type of chemical air filter was made of premium/impregnated activated carbons, sandwiched in two layers of fabrics with our point contact binding technology, which promises minimal coverage of the granule surface. The uncovered granule surface is exposed to contaminated air for maximum gas adsorbing efficiency and capacity.
Features and Characteristics:
☆ Single filter to remove acid gases, base gases or VOC gases. 2-in-1 & 3-in-1 to remove different classes of gases in a filter.
☆ Low pressure drop ( 80 Pa @ 2.5 m/sec )、High air permeability
☆ High initial removal efficiency ( > 90% )
☆ Long service lifespan with high adsorption capacity ( lifespan: 6-24 month )
☆ No out-gassing (No organic and inorganic out-gassing)
☆ Low dust emission - clean operation (ISO Class 7 or better)
☆ Highly customizable to make the filter to meet customer's specific requirements
☆ Total solution to mitigate AMC/IAQ problems
☆ Retrofit (or tailor-made) to existing MAU、RCU or FFU system
☆ Selected to incorporate electrostatic fabrics to offer MERV 8 filtration efficiency - A combo for particulate and gas filtration.
☆ Selected models comes with tray filters for easy replacement and sustainable concern
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Media :
＊ Coconut shell activated Carbon (CTC90 : Surface Area：1400 m²/g) / Impregnated activated carbon
＊ Media Type：ChemSorb Molecular Filter Media
＊ Frame：ABS
＊ Filter Size：24"x24"x12" (592x592x295mm); 12"x24"x12" (289x592x295mm)
Applications :
☆ Airports
☆ Hospitals/Morgues
☆ Office buildings
☆ Cleanrooms (MAU, RCU, FFU)
☆ Pharmaceuticals/Petrochemicals
☆ Microelectronics/Semiconductor/TFT LCD
☆ Industrial processes/New constructions
☆ Restaurants/Bars/Casinos/Bingo Halls
☆ Sports arenas/Nail Salons/Smoking lounges
☆ Museums/Libraries
☆ Sewage treatment plants
☆ Photolithography (acid/amine etching processes)