With increasing public wakefulness for the protection of your environment, cork floors have gained in popularity lately as a result of the ever-increasing consciousness and consumption of organic sources readily offered, with no destruction of endangered forests and wildlife habitats. Cork floors are a by-product with the cork tree, traditionally found in South America, utilized in the manufacturing of corks supplied to bottle producers for superior sealing qualities. Harvested without the need of harm or destruction with the cork tree, cork floors would be the item of the bark on the cork tree, cut to precise lengths with redeeming qualities not found in other floor covering supplies irrespective of composition.

Comprised of many substrate layers based on the good quality of your cork floor selected, these floors are similar in composition to engineered laminate flooring with superior insulating and sound deadening qualities. Cork is readily available in interlocking tiles or panels with a resemblance to a hardwood floor when appropriately installed. Exactly where cork flooring interlocking tiles are either glued or nailed down, cork floor panels commonly 12″ wide by 36″ long, are “free-floated” for straightforward installation. Cork floor panels “free-floated” over correctly ready sub-floor surfaces, enable for contraction and expansion in the flooring material, with no visible seam or joint separation. Cork floors may be purchased finished or unfinished with numerous colors to select from. When finishing a correctly installed un-finished floor, the application of sealers delivers a more uniform finish maintaining possible water retention to a bare minimum.

With sound deadening capabilities, cork floors are often employed in commercial applications where noise from upper levels is drastically reduced. In residential applications, cork lessens sound transfer in townhome communities and apartment complexes resulting in satisfied homeowners and tenants. Recognized for superior insulating qualities, cork floors reduce energy consumption in … Read the rest