min 22 5 398331 1d 4002 6 194 260 580 66 gt 5 min 22 268331 1e 4320 8 224 310 520 65 gt 5 min 19 6 338331 1f 3796 18 306 320 600 29 gt 5 min 18 9 288331 04 3211 17 353 330 460 inst 7 13 2 3__________________________________________________________________________ notes 1 fc flat calendered helic crisscross bond pattern from helical rolls ppmb polypropylene melt blown 20 gsm bicon polyethylene polypropylene biconstituent fiber based fabric 832603 2 tensiles corrected to 3 osy unit weight table x__________________________________________________________________________physical properties ofpolyethylene polypropylenebiconstituent fabric laminates__________________________________________________________________________ calender unit 3 grab tensilessample temp 2 wt caliper md el cd el no description 1 f gsy mils lbs lbs __________________________________________________________________________8333 05 bicon pe film bicon 252 263 76 6 28 1 22 27 11 7 388333 06 bicon pp film bicon 287 288 70 9 26 4 22 7 30 11 1 428333 04 bicon pe mb bicon 268 260 93 6 26 8 23 1 24 10 2 348331 04 bicon pp mb bicon 290 294 86 3 27 2 25 3 25 10 8 36__________________________________________________________________________ 4 elm gurley 5 hydro tear mullen porosity mason static sample md cd burst 5 oz 20 oz jar head no g g psi sec sec cm __________________________________________________________________________ 8333 05 400 540 21 nr 53 3 3 16 18 4 8333 06 330 430 19 nr 98 163 23 7 8333 04 350 400 20 1 57 nr inst 16 1 8331 04 320 380 19 7 1 nr 3 13 2__________________________________________________________________________ notes all pe is 1octene linear low density polyethylene unless otherwise stated 1 bicon biconstituent fiberbased fabric 832604 carded thermalbond 40 60 pe pp 1 osy pe film low density polyethylene film obtained from edison plastic 1 mil pp film polypropylene film obtained from edison.