Melange 5mm
EFCM5
LVT
Melange 5mm
EFCM5
Melange 5mm (EFCM5) in color %COLOR% (%COLOR_NUM%) is not available in a 9" 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 | Loose Lay 5mm | |
|---|---|---|
| Price Level: | $$$ | |
| Wear Layer | 20 mil | |
| Finish / Coating | Enhanced UV Urethane w/ Ceramic Micro Bead | |
| Nominal Dimensions | 9" x 48" in | |
| Pattern Repeat | Random | |
| Backing Class | Commercial Grade | |
| Commercial Traffic | Heavy Commercial | |
| Added Antimicrobial | ZPT (Zinc Protective Technology) | |
| Standard Adhesive | Commercialon Premium Modular and LVT Adhesive | |
| Installation Method | Loose Lay with Perimeter Glue | |
| Indoor Air Quality | FloorScore® Certified | |
|---|---|---|
| LEED v4 | Contributes to IAQ: Low Emitting Materials | |
| End of Life | 100% Recyclable™ | |
| Class / ASTM F1700 | ||
|---|---|---|
| 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 | 24 | |
|---|---|---|
| Weight per piece | 5.53 (lbs) | |
| Weight per carton | 44.25 (lbs) | |
| Pieces per box | 8 | |
| Boxes per pallet | 52 | |
Standard Warranties
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.