WallShield Approvals and Testing
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ICC-ES Approval (PDF, 141kb)
| PROPERTY | STANDARD/TEST | RESULT |
|---|---|---|
| Tensile Strength | ASTM D882 | MD - 28.2 lbf/inch (4.94 N/mm) CD - 22.6 lbf/inch PASS |
| Water Resistance (control and weathered specimens) | AATCC 127 (55cm hydrostatic head of water for 5 hrs) | No leakage noted on underside of control or weathered samples PASS |
| Water Vapor Transmission | ASTM E96* (Method B) | 1309.7 g/m² 24hrs 12126.4 ng/Pa/s/m² 212 Perms PASS |
| Low Temperature Bend | 5 specimens bent over a 1/16 inch mandrel at 32ºF | No cracking or de-lamination noted. PASS |
| PROPERTY | STANDARD/TEST | RESULT |
|---|---|---|
| Flamespread Index | ASTM E-84 | 5 – Class A PASS |
| Smoke Development Index | ASTM E-84 | 70 – Class A PASS |
| PROPERTY | STANDARD/TEST | RESULT |
|---|---|---|
| Nominal Thickness | Calibrated Deadweight Micrometer | 0.023 inch (0.58mm) |
| Basis Weight | Electronic Weigh Scale | 5.16 oz/yd² (0.55 oz/ft²) 175g/m² |
| Drying Rate Analysis of Wet Plywood & OSB** | Water Loss (g) Over 100 hrs at 70ºF, 50% RH | 280 grams of water vapor lost through WallShield membrane (four times nearest competitor) |
Tested in accordance with ICC-ES AC 38 criteria to meet IBC and IRC requirements for Weather Resistive Barriers (ICC Certificate #ESR-1916).
*ASTM E 96 - Method B (wet cup method) typically gives a more realistic result for permeance of highly permeable products than does the Method A (dry cup/desiccant method).
**Test report available upon request from VaproShield LLC
Printer Friendly Version (PDF, 30kb)
ICC-ES Approval (PDF, 141kb)
REFERENCES
AATCC - American Association of Textile Chemists & Colorists
ASTM - American Society for Testing & Materials
ICC-ES-AC - International Code Council, Evaluation Service Report
Third Party Testing Drying Rates Comparisons
VaproShield breathable membranes are unsurpassed in their ability to dry wet sheathing
Third-party testing results clearly indicate the superior drying capability of both WallShield and WrapShield.
Drying is essential in preventing the damaging effects of mold, mildew and rot resulting in repair costs, poor indoor air quality and strain on HVAC systems.