Filtration Performance without Compromise! 0 pages

"Filtration Performance Without Compromise" The technology of engineering a textile filter mdia for optimum performance was traditionally a balance and compromise of design components. While the design variables are virtually unlimited, the desired objective always remains the same to design an efficient structure capable of deliver-ing maximum air flow and long life, and do it economically. For low temp闩rature shaker and reverse air filtration Systems, only one fabric con-sistently delivers Seamless Tube. Thousands of satisfied Seamless Tube users have made the comparison and switched. (Feel free to ask your Midwesco reprשsentative for relevant case historis on your application within your industry.) We welcome the challenge to prove Seamless Tube will optimize your baghouse performance. SEAMLESS TUBE Every feature of this structure is engineered to opti魭mize filtration performance. Specifically, the mass of WOOLEN SYSTEM without the cost; the densily of SHAKER FELT without for-feiting high flow capacity and excellent flex life; the efficiency of woven without the low initial permeability. HIGH M F Bill M LOW Midwesco Style BST01/«RT02 Structure : Seamless Weight ; 8.5 oz/10.5 oz Permeability : 35-60/30-55 Thickness CFM .02"/.022" ALL FILAMENT Develops a tight, non-porous dust cake resulting from low fiber population on fabric surface. Used ex-tensively during 1950s and 1960s. Usage is low today due to low durability of dlicate fabric structure. MEDIUM Midwesco Style «0410 Weave ; 3x1 Twill Weight/Sq Yd: 5.1 oz Count : 77x67 Permeability : 15-30 CFM Thickness : .006" COMBO A compromise of filtration characteristics, durability, and cake formation of ALL FILAMENT and ALL SPUN. MEDIUM LC'.V Midwesco Style #0427 Weave : 3 x 1 Twill Weight/SqYO: 6.0 oz Count : 80 x 76 Permeability : 20-35 CFM Thickness : .013"