You can *order our product´s samples for **free in order to prove our quality.
We have available these following species:
**All the freight charges will be payed by the buyer.
CONSTRUCTION
Prefinished
5 or 7 Ply of high density wood cross grain construction;
Face and bottom veneers: sliced high density woods
Tongue and groove 4 sides
WARRANTY
Residential use: 20 years
Commercial use: 3 years
INSTALLATION TYPES
Floating
Glue-down
Nail-down
Staple-down
Recommended installation: Floating
QUALITY
100% A – Grade products.
TECHNICAL SPECIFICATIONS
Moisture Content: 8-10%, Kiln Dried
Coating Brand: Akzo Nobel, aluminium oxide
Top Layer Of Coating: Anti-scratch
Color: Natural
Package: Cartoon box with pallet (USA standard)
Machine Requirements & Tolerances:
Thickness: + / - 0,3mm (+ / - 0.0122”)
Width: + 0.2 / -0.1mm (+0.008 / - 0.004”)
Length: -10mm (-0.39”)
Overwood: <0.3mm>
Finish: U.V. Cured Aluminum Oxide Urethane
Finish Gloss: 60 + / - 5 Abrasion test:
a: Standard NEMA LD3 3.13 Wear Resistance: 500 - 600 cycles.
b: Standard ASTM D4060 Standard Test Method for Abrasion Resistance of organic Coatings by the Taber Abraser: 4,000 - 5,200 cycles.
Packaging: - Carton boxes wrapped with thermo plastic protection - Each carton could contain 20% of short, random lengths
CONTAINER CONTENTS
1 - Total square meter (m2) or square feet (Sqft) per Box (1 m2 = 10.7639 sqft):
a) Floor with 7mm (thickness): 3.66 m2 / Box = 39.40 sqft / Box
b) Floor with 10mm (thickness): 2.56 m2 / Box = 27.58 sqft / Box
c) Floor with 14mm (thickness): 1.83 m2 / Box = 19.70 sqft
2 - Boxes per pallet: 24 Boxes
3 - Boxes per 20' Container:
a) Floor with 7mm (thickness): 678 Boxes
b) Floor with 10mm (thickness): 684 Boxes
c) Floor with 14mm (thickness): 684 Boxes
4 - Pallet per 20' Container: 27 pallets
5 - Total square meter or square feet per 20' container:
a) Floor with 7mm (thickness): 52.482,88 m2 or 26.725,47 sqft
b) Floor with 10mm (thickness): 1.752,40 m2 / or 18.862,66 sqft
c) Floor with 14mm (thickness): 1.251,72 m2 / (1) 20' Container = 13.473,39 sqft / (1) 20' Container
DELIVERY TIME
Estimate delivery time = 40 days after order confirmation.
PAYMENT TERMS
L/C – Letter of Credit
There are also other important factors to consider. A solid wood floor is usually less stable than an engineered wood floor. When I say less stable, I am referring to moisture and expansion related to that moisture. When you get climate changes in your home, which you absolutely will, wood flooring expands and contracts. With solid wood flooring, it generally expands and contracts a lot more than the engineered wood. Engineered wood flooring is constructed to be dimensionally stable, while most solid wood floors are simply cut pieces of wood from a tree. Considering solid wood floors are cut pieces of wood, there is a lot more room for error or "cabin grade" type wood to be used. What we're saying here is that if you happen to see a solid wood floor real cheap, you are probably getting exactly what you are paying for, junk. While the same holds true for engineered wood floors, there is a lot less cabin grade around.
As we mentioned, the solid wood floors expand more than the engineered, and they expand vertically as well as horizontally. While you get little to no vertical expansion with most engineered wood floors, you may get a lot of this vertical expansion with the solid floors. Vertical expansion is when the boards will actually grow up and shrink down in addition to the side to side or horizontal expansion and contraction. The end result of this can be raised boards that sometimes catch your shoes and become a trip hazard. When looking at wood flooring samples, you will notice that most solid, pre-finished wood floors have beveled edges. These beveled edges counteract the raised boards that can become trip hazards, and sort of act as a smoother for the joints. The down side to this is the appearance. The beveled wood floors are not as natural looking. Also, when you get horizontal contraction, when the boards may shrink slightly, unfortunately the bevel edges tend to accentuate these gaps or basically make them look bigger. We have also heard complaints from customers who have had this type of wood flooring, that the bevels seem to hold the dirt when trying to clean the floor. This could be true depending on the depth of the bevel.
We are not saying that solid wood floors are bad or of lesser quality, but here are some facts you should know when considering what to buy. Unless you spend serious money on a solid wood floor, be it pre-finished or raw, you will most likely get a wood floor that will have characteristics as we described above. In some cases, with certain species, you may have no choice because solid wood is all that particular species is available in. But, if you are looking at Oak, Maple, Cherry, Hickory, Pecan, Brazilian Cherry, or one of the other somewhat more popular species, you can most likely find it in an engineered floor, and it will probably be a better value. Engineered wood floors are available in styles that have different installation methods. They include floors that can be installed using staple down, glue down, or free float methods. Over the past five or more years, the free float method seems to be the method of choice and we'd have to agree with that. Since the free floating wood floors do not actually touch the sub-floor, there is a near zero chance that you will have any problems with this floor. Additionally, with other installation methods you get those uneven gaps due to the standard expansion and contraction that we talked about previously. With floating engineered wood floors, when they expand and contract, they do so as one whole unit, not as individual planks so you see no change.
