Description
Desperados Oak is a contemporary, elegant light brown decor with a simplistic Scandinavian style. This floor is part of the long plank collection, which means that it is almost twice the length of standard laminates. This will often make a room appear longer. Ideally suited to larger rooms to maximise the long plank effect. The Aqua MO.RE! technology makes this floor much more moisture-resistant than traditional laminate flooring.
Construction | Laminate |
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Product Collection | Long Plank |
Thickness | 12 mm |
Width | 245 mm |
Length | 2003 mm |
Pack Size | 1.96 |
Colour | Brown |
Shade | Light |
Finish | Matt |
Pattern | Long, Wide Plank |
Classification | 33 |
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AC Rating | AC5 |
Installation Method | Float |
Profile | Click-fit |
Edge Profile | Bevelled |
Matching Profile | Oak 4 |
Matching Scotia | Oslo Oak (1511) |
Suitable for Underfloor Heating | Yes |
Suitable for Bathrooms | Yes |
Domestic Guarantee | 30 Years |
Commercial Guarantee | 5 Years |
AQUA MO.RE! Technology
MO.RE! from Canadia is a moisture-resistant laminate flooring product that makes laminate even more practical for everyday life. MO.RE! makes laminate flooring even more moisture-resistant. And that’s a good thing. After all, small everyday mishaps can happen to anyone.
MO.RE! can stand up to what life brings:
- It’s much more moisture-resistant than traditional laminate flooring
- 48hr splash-water protection
- Its antibacterial surface inhibits bacteria growth on floors to protect your family
- It’s light-resistant: Even on days when the sun is shining for hours, your flooring remains nonfading according to rating 6, the highest level of the Blue Wool Scale
- Great for installation in private bathrooms
MO.RE! for the environment:
MO.RE! offers more. Including for the environment: It is made using only wood from sustainably managed forests. And there isn’t any PVC in flooring with the MO.RE! technology, demonstrating our commitment to environmental stewardship. MO.RE! substrate is CO2-neutral: Processing a tree to make this product emits less CO2 than the tree has stored in its life.