SPC Floor SM-055
Because modern American style, new Chinese style are very suitable for reddish brown wood floor, bedroom looks more elegant. The wood floor of reddish brown also can be more beautiful commonly, because this also is more appropriate, match a few air, sedate furniture, can make a person feel the bedroom in the home is very beautiful. In addition to color, the method of wood floor paving is also a big flash point, like I-shaped paving and friendship paving are two common paving methods, the processing technology will be simple. The fish bone paving and paving patterns will be more complicated. Although they are more attractive, the consumption will be higher. It is suggested that we choose the paving method according to our own cost budget.
Our floor application field is wide, pollution resistant, acid and alkali resistance is good, maintenance free.
(1) Wear resistance and reliability: the surface of the reinforced floor is wear-resistant layer, which is composed of evenly distributed aluminum oxide, which can achieve high strength, and it is always scratched with sharp hard blocks such as key, and there are always very shallow marks. The environmental pollution resistance, corrosion resistance, compressive strength and impact resistance of the reinforced floor are better than other types of wood floor.
(2) The cost-effective is high: the wear-resistant layer, decorative design layer and its equalization layer of the reinforced floor are printed by human packaging. The base material is made of fast growing forest materials. The cost is cheaper than that of the real wood floor, and it can be industrialized.
|Surface Texture||Wood Texture|
|Wear Layer||0.2mm. (8 Mil.)|
|Size specification||1210 * 183 * 5.5mm|
|Technical data of spc flooring|
|Dimentional stability/ EN ISO 23992||Passed|
|Abrasion resistance/ EN 660-2||Passed|
|Slip resistance/ DIN 51130||Passed|
|Heat resistance/ EN 425||Passed|
|Static load/ EN ISO 24343||Passed|
|Wheel caster resistance/ Pass EN 425||Passed|
|Chemical resistance/ EN ISO 26987||Passed|
|Smoke density/ EN ISO 9293/ EN ISO 11925||Passed|