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TA�B,LE, <br />'t 0 <br />MATER 'TIES <br />CLIENT: VECTOR ENGINEERING <br />PROJECT: Allied Forward LF <br />Date Received: 6/1212006 QC'd By: VYN� <br />Date Reported: 6114/2006 PGL Job No.: J060197 <br />Client Sample ID: R#103134238 L#8260622 PGL Control No.: 16617 <br />Material Description: 60 mil SS HDPE Textured Geomembrane <br />SPECIMENS <br />V. <br />10 <br />3 <br />METHOD DESCRIPTION <br />........ .......... <br />......... .......... <br />........ .......... <br />......... .......... <br />ASTM D5994 Thickness (mils) <br />........ ......... <br />.......... <br />........ .......... <br />......... .......... <br />........ ......... <br />.......... <br />Apparatus Dead-weight dial micrometer with gauge points tapered at an angle of 60o 2 to the horizontal with the UP <br />..... ......... <br />.......... <br />rounded to a radius Of 0.8+/-0.1 Mm(0, 031+1-0.004 in), with a specified force of 0.56+/-a 05 N (2+1-o. 2 oz) <br />.......... <br />Loading Time. 5 sec Specimen Size. 4'x 4' ........ <br />........ .......... <br />......... <br />. <br />........ <br />.. <br />........ ...... <br />......... ........ <br />........ ...... <br />............................................. .. ......................... 4 <br />........ ....... <br />GRI-GM12 Asperity Height of Textured ......... <br />Ge'o' 'me' m b'r'a'n*e(mils) <br />......... .......... <br />........ ..... I .... <br />......... .......... <br />Apparatus: Has a dial indicator that travels at least 2.5mm (0.1 in), and a depth gauge with contact point that travels up and down <br />......... ......... <br />........ .......... <br />.......... <br />........ ......... <br />with in the setting block with a base dimension of 50 Mm x 20 min (2.0 in x 0.75 in) and a height of 15 min (0.5 in). The contact point <br />is 3.12 mm (0.125 in) in radius and is tapered to 0.25 mm (0.01 in) in radius. The length of the needle W6mm, (0.65in) <br />.... .......... <br />.......... <br />........ ......... <br />Sampling., 10 specimens across the roll width in a randomly distributed manner <br />........ .......... <br />........ .......... <br />Side <br />.. <br />........... <br />I ...... : ..... : ..... :. .. 0 ........ ........ ...... <br />.......................................................................................... ........... ...... . <br />ASTM D1505 Density (grams/cm.3) .... ....... <br />........ ...... .......... <br />........ ... <br />........ ....... <br />...... .......... <br />... ....... ....... ........ <br />............................. <br />:::0:9468.... ..... ....... ..::•:::::::::•:::..0; 00:: U40 <br />:. 00:: <br />ASTM D638 Tensile Properties:.........•.•..•.•.•.•. .......... ...... ...... ......... <br />......... ......... <br />........ .......... <br />......... ......... <br />........ .......... <br />...... ......... <br />Type IV Test Specimens: Type IV, Width of narrow section. -0.250, Length of narrow section:1.3in, Width Overall.0.754a, <br />.......... <br />......... <br />Length Overall. 4.51n Conditioning Conducted test in standard laboratory atmosphere of 23+1-2 0 C (73.4+1,3.6 °F and <br />........ ......... <br />........ .......... <br />50+1-5% relative humidity. Rate of Separation: 211min (HDPE) 20"Imin (VLDPEAJ-DPE) <br />........ .......... <br />........ .......... <br />........ .......... <br />........ ......... <br />Tensile Strength at Yield (lbs/ in -width) . <br />........... ... <br />178.-.......X67....._....17.4.......183............ <br />.... . .... .... ......... .... <br />.......... <br />.... ........ ................. ....... <br />TD <br />............................... ...... .......... <br />........................ <br />.. ......... ......... <br />................. ............ ....... ..... <br />Tensile Strength at Break (Ibs/ in, width) ....... <br />........ .......... <br />........ .......... <br />MD <br />........................ . ..................... <br />........ ........ ... . ....... <br />TD ............. .......... 237: <br />142. <br />.................................... ...... <br />........................................... <br />................ . ........ ......... ....... .... <br />Elongation at Yield (percent) <br />......... .......... <br />........ .......... <br />MD ...... .......... <br />........... <br />.............................. ......................... <br />.......... ........... <br />.•.16::•::•:.:.:•:•:•:•:.:.:• <br />TD <br />..........13........ <br />....... ........ ..... <br />Elongation at Break 31::.........4>: <br />(percent.) Ga Length 2.0 in. (GRI-GMI 3 Mod) <br />.......... <br />MD <br />................................ <br />................ . .......... <br />..... ........ ........ , <br />................ ........ ...... <br />TD ......... <br />................. ...... ....... ................. <br />ASTM D1603 Carbon Black Content (percent) . ........... <br />........ .......... <br />... ......... ......... <br />........ .......... <br />............ ....... <br />.... ...... <br />...2:56................................... ........ ........ <br />ASTM D5596...... <br />Carbon Black Dispersion (category rating per reference chart PCN: 12-455960-38) <br />........ .......... <br />......... <br />................ ..... <br />...... 1...,..........,............,................�........,................. ................ I ..... <br />..... <br />................. .. ............ <br />.... <br />• <br />.. .... <br />.... .......... <br />190 9001 -zoo <br />i <br />MD - MACHINE DIR <br />ECTION <br />(J K AN <br />TO - TRANSVERSE DIRECTION s PERRY MNR60R0, <br />DC#1987 Record #268 PPrecision Geosynthetic Laboratories --.A - - <br />