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100— <br /> 111=XR-5 <br /> 90 — <br /> 80 — ❑=Polyflex HDPE <br /> rn 70 — 0 GSE Lining HD <br /> Q <br /> _-I 60— <br /> a) 50— <br /> i 4. FED-STD-101C Method 2065 (100°C)* <br /> o 40— <br /> • 30- <br /> 20 <br /> 0-20— <br /> 10— <br /> 0 <br /> 30 40 60 80 100 <br /> Thickness. Mils <br /> 4 <br /> 1 000— <br /> ■=XR•5 <br /> 900— <br /> 800— =GSE Lining HD <br /> N 700— <br /> .C) <br /> J 600 <br /> a) 500— 5. ASTM 0 751 Ball Burst Puncture <br /> U <br /> 0 400— -- <br /> 300— <br /> 200— <br /> 100— <br /> 0 <br /> 30 40 60 I 80 100 <br /> Thickness, Mils <br /> 500—x-8130 8138 Yield Strength <br /> .=XR-5 <br /> 450— <br /> cn 400— ❑=Polyflex HDPE <br /> J 350— <br /> 1. Yield Strength, XR-5 vs. HDPE <br /> t 300— <br /> C 250— Test Method: Grab Tensile, ASTM <br /> a) '— D 751, 70° C <br /> 200— <br /> C/) <br /> 150 0) 100— <br /> >- <br /> 50— <br /> ** Data provided by E.I.DuPont de Nemours&Co. <br /> 30 40 60 80 100 Wilmington,Delaware <br /> Thickness. Mils GSE is a registered trademark of GSE Lining <br /> Technology,Inc. <br /> 15 <br />