Throw N Go Spill Containment Berm Material Specs

Spill Containment Berm - Throw N' Go Material Specs

Detailed Material Performance Specifications

	Standard	Metric
Base Fabric Type Base Fabric Weight (nominal)	Polyester 6.5 oz/yd²	Polyester 220 g/m²
Thickness ASTM D751	30 mil	0.76 mm
Weight ASTM D751	30 oz/yd² ± 2 oz/yd²	1017 g/m² ± 70 g/m²
Tear Strength ASTM D4533 Trapezoid Tear	35/35 lb_f minimum	156/156 N minimum
Breaking Yield Strength ASTM D751 Grab Tensile	550/550 lb_f minimum	2448/2448 N minimum
Low Temperature ASTM D2136	1/8 in mandrel, 4 hr Pass @ -30° F	3.2 mm mandrel, 4 hr Pass @ -34° C
Dimensional Stability ASTM D1204 212°F/100°C – 1 hr	1.5% maximum each direction	1.5% maximum each direction
Adhesion ASTM D751 Dielectric Weld	35 lb_f/2 in minimum	15 daN/5 cm minimum
Dead Load ASTM D751	2 in. seam, 4 hr, 1 in strip 210 lb_f @ 70º F 105lb_f @ 160	5 cm seam, 4 hr, 2.5 cm strip 935 N @ 21° C 467 N @ 71° C
Bursting Strength ASTM D751 (Ball Tip)	650 lb_f minimum 800 lb_f typical	2893 N minimum 3560 N typical
Hydrostatic Resistance ASTM D751 Procedure A	800 psi minimum	5.52 MPa minimum
Blocking Resistance ASTM D751 80°F/82°C	# 2 rating maximum	# 2 rating maximum
Ply Adhesion ASTM D413	15 lb_f/in or Film Tearing Bond	13 daN/5 cm or Film Tearing Bond
Bonded Seam Strength ASTM D751 Seam Strength as modified by NSF 54	550 lb_f minimum	2448 N minimum
Abrasion Resistance ASTM D3389 H-18 Wheel, 1000 g load	2000 cycles minimum before fabric exposure 50 mg/100 cycles maximum weight loss
Weathering Resistance ASTM G23 (Carbon-Arc)	8000 hrs (minimum) – No appreciable changes or stiffening or cracking of coating
Water Absorption ASTM D471 Section 12, 7 days	0.025 kg/m² (maximum) at 70° F/21° C 0.14 kg/m² (maximum) at 212° F/100° C
Wicking ASTM D751	1/8 in maximum	3.2 mm maximum
Puncture Resistance ASTM D4833	250 lb_f minimum	1113 N minimum
Coefficient of Thermal Expansion/Contraction ASTM D696	8 x 10^-6 in/in/°F maximum	1.4 x 10^-5 cm/cm/°C maximum

Unless stated otherwise, values presented above represent the minimum expected measurements at the time of manufacture. 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.