WebJan 20, 2024 · There are two widely accepted puncture tests for Geomembranes, FTMS 101C method 2065 and method 2031. These are very different tests and provide different values. Both values are normally reported in pounds of force (lbs converts to N) but … WebFTM 101C Method 2031 Cold Brittleness C-40 o-40 oC ASTM D2137 Permeance 0.08 Perms n/a ASTM E96 Dimensional Change 0.4% +/-1% ASTM D1204 @ 70OC, 6 hrs Water Absorption 0.7% +/-3% ASTM D471 @ 70 OC, 1 week Hydrostatic Resistance 430 psi n/a ASTM D751 Method D Ozone Resistance No visible deterioration @7 x magnification …
VERSIWELD TPO REINFORCED MEMBRANE
WebGeoTesting Express is a provider of Geosynthetic Testing Services - FTMS 101C (method 2065),Test Method for Puncture Resistance and Elongation Test (1/8 in. radius probe) (978) 635-0424 Client Portal Send Us Samples Request a Quote WebFTM 101C Method 2031 — — — 350 365 465 Low Temperature Bend ASTM D2136 -40°F (-40°C) Pass Linear Dimensional Charge, % ASTM D1204 0.1 max 0.05 typical Water Vapor Permeance, Perms ASTM E96 proc. B ASTM E96 0.10 max 0.05 typical Properties after heat aging –ASTM D3045, 56 days @ 176°F 670 hours @ 240°F Breaking strength, % … genie gs3232 specifications
Save Time with this Fleece-Back TPO Roof Membrane - GAF.com
WebPuncture Resistance: 380 lb. (172 kg) [Ftm 101C Method 2031] Cold Brittleness: -40°C [ASTM D2137] Permeance: 0.08 Perms [ASTM E96] Dimensional Change: 0.4% [ASTM D1204 @158°F (70°C), 6 Hrs.] Water Absorption: 0.7% [ASTM D471 @158°F (70°C), 1 … http://everyspec.com/FED-STD/FED-STD-101C_21226/#:~:text=FED-STD-101C%2C%20FEDERAL%20TEST%20METHOD%20STANDARD%3A%20TEST%20PROCEDURES%20FOR,by%20acquisitioning%20activities%20of%20the%20United%20States%20Government. WebPuncture Resistance: >380 Lbs. (172 kg) [Ftm 101C, Method 2031] Cold Brittleness: -40° C [ASTM D2137] Permeance: 0.08 Perms [ASTM E96] Dimensional Change: 0.4% [ASTM D1204 @158° F (70°C), 6 Hr.] Water Absorption: 0.7% [ASTM D471 @158° F (70°C), 1 Week] Hydrostatic Resistance: 430 Psi [ASTM D751 Method D] chowgule \u0026 company private limited