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HL-ure C -6: 45 -mil Polypropylene Liner <br />in <br />45-mil Polypropylene Geomembrane — Physical Properties <br />'Equivalent to 12,0170 hairs exposure at 0 -35 VVfm1 irradiance B.P.T. is Wade panel temperature. <br />Note- Factory seams are not a normal condition W the supplied sheet described in this chart. <br />Field Code Changed <br />Formatted: Font: 10 pt, Bold <br />_Formatted: Right <br />" Formatted: Font: 10 <br />rr , <br />/r <br />/r <br />M1990 -057 May 14,201 r <br />Property After Aging <br />Physical Property <br />Test McNtod <br />Property Of Unaged sheet <br />672 him T28 darn) IM 240°F <br />716rC <br />Tolerance on nominal thickness, H <br />ASTM 0 751 <br />0D45- t 10 <br />Thickness Dyer span, in (mm) <br />� 7 <br />0.013 (0.330) mn <br />Mass pr unit area, We (We) (kW) <br />ASTM D 5251 <br />021 (25) (1.03) typical <br />Breaking strength. Ibf (W) <br />(grab tensile at strain rate d 12 nJ min.) <br />ASTM D 751 <br />Grab Metwd A <br />250 (1.1) rrim. 300 ryp. <br />250 (t. t) mn. 300 typ- <br />Elongation at break of tabr4 % <br />ASTM D 751 <br />25 typical <br />25 typical <br />Teanntg skieni bf (N) <br />C2 nJrnn. strain rate) <br />ASTM 05884 <br />(malt. load) <br />100 (445) rnv>_ 160 (712) typ. <br />ASTM D 2135 <br />Low ienyerNe TexbiiAy, T (°C) <br />118 n. rna drel <br />40 (40) ntau <br />4 hour 9D llerrv. <br />-5O (40) hipical <br />Linear 0mensional change (Shrinkage). % <br />ASTM D 1204 <br />N- 1.0 mac <br />-0-5tVDIC21 " <br />Ozone resistance. 100 pphm. 168 hours <br />ASTM D 1144 <br />No Cracks <br />No cracks <br />Pe istace to water (d stilled absorption <br />ASTM D 471 <br />1.0 max <br />after 30 days inrrersbn 122 T (WC) <br />(coating <br />0-5tYPcw <br />Change in mass. % <br />compound arty) <br />Hydrostatic resistance. Ibhfin_ 2 or psi (MPA) <br />ASTN D 751 <br />350 (24) mm. <br />3 0 (24) - <br />(rAien burst) <br />P,oced" A <br />450 (3-1) typical <br />450 (3.1) typical <br />i <br />I <br />Field Seam strength. rbbin- (kWm) <br />ASTM D 4437 <br />30 (5.3) min. <br />Seam tested in peel &flan weld <br />7 n. wide <br />60 (tOZ) typical peak mine <br />Factory Seams. bonded seam strw^ bf <br />ASTM D 751 <br />200 (0 mn <br />(". if applicable <br />Crab Me hod A <br />-9) <br />Water Vapor pekmeance, Perms <br />ASTM E QC <br />0 -10 mac <br />005 <br />Puncture resistance. bf (N) <br />ASTM D4833 <br />(etdes ptintcbne) <br />85 (378) min <br />110 (480) typical <br />Resistance to semn -ac weathering' <br />ASTM G 155 <br />No cracks <br />Xenon -arc, 15,720 Lw Iota+ radiant <br />0.70 Wlma <br />No loss of treakrg <br />e%p s . utisual condtion at 1 OX <br />SO'C B.P.T. <br />or tearrg strength <br />'Equivalent to 12,0170 hairs exposure at 0 -35 VVfm1 irradiance B.P.T. is Wade panel temperature. <br />Note- Factory seams are not a normal condition W the supplied sheet described in this chart. <br />Field Code Changed <br />Formatted: Font: 10 pt, Bold <br />_Formatted: Right <br />" Formatted: Font: 10 <br />rr , <br />/r <br />/r <br />M1990 -057 May 14,201 r <br />