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What is ? Whether it is & ldquo; composite wood floor & rdquo; or & ldquo; Flooring & rdquo; are not professional title since the two titles can cover a lot of floor category, for example, laminate flooring, parquet floors. The market is flooded with non-standard market terms, so the consumer is no stranger to these two words. Because some companies for a number of different purposes, often named himself some names, such as, in fact, no matter how complex its name, how different super wooden flooring, diamond-type wooden floor, etc., most of the flooring products are capable of classified into solid wood flooring, laminate flooring, laminate flooring, bamboo flooring and cork flooring in five categories.

What is laminate flooring? composite materials are generally made four components: the underlying base layer decorative layer and wear layers. The number of revolutions which determines the life of the wear layer of laminate flooring. 1) flooring bottom: made of a polyester material, from moisture role. 2) flooring grassroots: Usually made of MDF, depending on the density of MDF, can be divided into low-density board, MDF and HDF.

3) composite flooring layer: is printed with a specific pattern (solid texture simulation-based) special paper into the melamine solution after soaking, after chemical treatment, the use of chemically stable to heat the reaction after melamine, no chemical reaction characteristics, make this paper into a beautiful, durable and decorative layer. 4) flooring wear layer: a uniform layer of aluminum oxide to suppress the anti-wear agent in the composition of the surface layer of laminate flooring. The thickness of the aluminum oxide film content and determines the number of revolutions of wear. Containing aluminum oxide per square meter for the number of revolutions of the wear layer of about 30 grams of about 4000 rpm, an amount of wear rotation 38 grams of about 5,000 rpm, an amount of 44 grams of wear rotation should turn in 9000 so, contents and film degree, the higher the number of revolutions of , the more wear-resistant.