Playbook
EFCPB
LVT
Playbook
EFCPB
Playbook (EFCPB) in color %COLOR% (%COLOR_NUM%) is not available in a 7" x 48" sample.
To order %COLOR% (%COLOR_NUM%) in an available size please click here to order %COLOR% (%COLOR_NUM%) in an available size.
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QuickShip – For LVT orders up to 1500 sq. ft. some of our most popular styles and colors will ship within 10 days.
Product Details
| Thickness | 5mm | |
|---|---|---|
| Price Level: | $$$ | |
| Wear Layer | 20 mil | |
| Finish / Coating | Enhanced UV Urethane w/ Ceramic Micro Bead | |
| Nominal Dimensions | 7" x 48" in | |
| Pattern Repeat | Random Wood | |
| Edge Treatment | None | |
| Backing Class | Commercial Grade | |
| Commercial Traffic | Heavy Commercial | |
| Added Antimicrobial | Yes | |
| Standard Adhesive | Commercialon Premium Modular and LVT Adhesive | |
| Installation Method | Full Spread | |
| Indoor Air Quality | FloorScore® Certified | |
|---|---|---|
| LEED v4 | Contributes to IAQ: Low Emitting Materials | |
| End of Life | 100% Recyclable™ | |
| Class / ASTM F1700 | Class III Printed Film Vinyl Plank - Type B (embossed) | |
|---|---|---|
| ASTM F2055 (Size and Tolerance) | Passes | |
| ASTM F386 (Thickness) | Passes | |
| ASTM F1914 (Residual Indentation) | Passes | |
| ASTM F137 (Flexibility) | Passes | |
| ASTM F2199 (Dimensional Stability) | Passes | |
| ASTM F925 (Chemical Resistance) | Passes | |
| ASTM F1514 (Resistance to Heat) | Passes | |
| ASTM F1515 (Resistance to Light) | Passes | |
| ASTM E648 (Critical Radiant Flux) | Passes | |
| ASTM E662 (Optical Smoke Density) | Passes | |
| ASTM C1028 (Slip Resistance) | Passes | |
| ASTM F970 (Static Load) | Passes | |
| Sq.ft. per carton | 23.33 | |
|---|---|---|
| Weight per piece | 4.28 (lbs) | |
| Weight per carton | 42.79 (lbs) | |
| Pieces per box | 10 | |
| Boxes per pallet | 50 | |
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Product specifications are based on averages derived from the manufacturing processes and may vary within normal industry tolerances. Components may be changed without notice due to raw material shortages and/or technological advances. Such variances are typical to a manufacturing process and do not impact performance.