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8130 XR-3®PW Geomembranes
XR® Technology by Seaman Corporation
8130 XR-3-PW
NSF 61 Approved for Potable Water Applications
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| Base Fabric Type |
Polyester
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| Base Fabric Weight (nominal) ASTM D 751 |
6.5 oz/yd2
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220 g/m2 |
| Thickness ASTM D 751 |
30.0 mils min | 0.76 mm min |
| Weight ASTM D 751 |
30.0 ± 2 oz/yd2 | 1017 ± 70 g/m2 |
| Tear Strength ASTM D 751, Trap Tear |
40/55 lb min | 175/245 N min |
| Breaking Yield Strength ASTM D 751, Grab Tensile |
550/550 lb min | 2447/2447 N min |
| Low Temperature ASTM D 2136, 4 hr - 1/8" mandrel |
Pass @ -30 º F | Pass @ -35 º C |
| Dimensional Stability ASTM D 1204, 212º F - 1 hr |
each direction |
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| Adhesion - Heat Welded Seam ASTM D 751, Dielectric Weld |
40 lb/2 in min | 17.5 N/5 cm min |
| Dead Load - Seam Strength ASTM D 751, 4-hour test |
Pass 220 lb/in @ 70º F Pass 120 lb/in @ 160º F |
Pass 980 N/2.54 cm @ 21º C Pass 534 N/2.54 cm @ 70º C |
| Bursting Strength ASTM D 751, Ball Tip |
750 lb min | 3330 N min |
| Hydrostatic Resistance ASTM D 751, Method A |
800 psi min | 5.51 MPa min |
| Blocking Resistance ASTM D751, 180º F/82º C |
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| Adhesion - Ply ASTM D 413, Type A |
15 lb/in min or Film Tearing Bond |
13 daN/5/cm min or Film Tearing Bond |
| Bonded Seam Strength ASTM D 751 GrabTest Method, Procedure A |
550 lb min | 2450 N min |
| Abrasion Resistance ASTM D 3389, H-18 Wheel, 1 kg Load |
50 mg/100 cycles max weight loss |
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| Weathering Resistance ASTM G 153 |
or stiffening or cracking of coating |
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| Water Absorption ASTM D 471, Section 12, 7 days |
0.14 kg/m2 max @ 212º F/100º C |
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| Wicking ASTM D 751 |
1/8 in max | 0.3 cm max |
| Puncture Resistance ASTM D 4833 |
250 lb min | 1200 N min |
| Coefficient of Thermal Expansion/Contraction ASTM D 696 |
8 x 10-6 in/in/ºF max | 1.4 x 10-5 cm/cm/ºC max |
| Environmental/Chemical Resistance Properties ASTM D 741 7-day Total Immersion with Exposed Edges |
NSF 61 approved for potable water | |
| Puncture Resistance FTMS 101C Method 2031 |
350 lbs (approx) | |
Seaming: Thermal welding methods are recommended. No glues or solvents are suggested.
We believe this information is the best currently available on the subject. We offer it as a suggestion in any appropriate experimentation you may care to undertake. It is subject to revision as additional knowledge and experience are gained. We make no guarantee of results and assume no obligation or liability whatsoever in connection with this information. In case of conflict between standard and metric specifications, standard shall apply.
