Amur Maple
STC.SIS.CLAH-0760/AMUMAP


Amur Maple

Sycamore Maple

Carolina Hickory

Ozark Hickory

Savannah Hickory

Carpathian Walnut

Peruvian Walnut

Provence Walnut

Aleppo Pine

Kananaskis Pine
SPECIFICATIONS
| Product | Stone Core |
| Warranty | Lifetime Residential & 15 Year Commercial |
| Dimensions | 7" (180mm) x 60" (1,524mm) |
| Thickness | 6.5mm Stone Core + 1.5mm IXPE [10x] Attached Underlayment |
| Wear Layer | 20mil (0.5mm) Aluma Guard Coated |
| Finish | Embossed in Register |
| Edge | Moda Pressed Bevel |
| Installation | Floating Unilin 2G Click |
PACKAGING
| Box | 7 Planks | 20.67 SQFT | 1.92 SQM |
| Pallet | 50 Boxes | 1,033.46 SQFT | 96.01 SQM |
COMPOSITION
Foundation: composed of our proprietary Stone Core with an attached PVC balancing layer followed by an IXPE [10x] attached underlayment.
Surface: over the foundation is the high definition film imaging followed by commercial grade wear layer with an embossed in register finish and the AlumaGuard surface coating.
1. TOP LAYER
• Commercial grade 20mil wear layer
• Highly durable with AlumaGuard wear layer coating
• Superior stain & fade resistance
• Anti-microbial and easy to clean
• Embossed in register surface finish
2. IMAGING
• High Definition film imaging
• Life-like to accurately reproduce the most beautiful hardwoods found in nature
3. STONE CORE
• 100% waterproof
• Robust Unilin 2G angle-tap-click locking system
• Floating, glueless installation
• Dimensionally stable in virtually any interior environment
4. BALANCE LAYER
• 100% PVC
• Enhanced dimensional stability & rigidity
• Increases stability and core resiliency over irregular substrates
5. UNDERLAYMENT
• IXPE [10x] attached underlayment
• High density & high compression strength
• Superior sound-insulating qualities
• Closed foam cell can perform as a moisture barrier
Accessories
exacTrims overlapping Stairnose. Used for capping stair noses.
exacTrims T-Mold. Used for bridging two floors with similar elevations.
exacTrims overlapping Reducer. Used for bridging two floors with different elevations.