In order to meet the needs of consumers, ordinary floor tiles are not only changing in shape and specification, but also changing with each passing day in technology. Ultra fine powder bricks have quickly entered the market in recent years and have been accepted by many consumers
in order to meet the needs of consumers, ordinary floor tiles are not only changing in shape and specification, but also changing with each passing day in technology. Ultra fine powder bricks have quickly entered the market in recent years and have been accepted by many consumers. But in fact, many consumers are not very clear about how to choose these micro powder bricks. The ultra-fine powder brick is refined by the latest ultra-fine powder secondary cloth forming technology in the world. Its texture is natural and smooth, the product color is ever-changing, and the paving effect is luxurious and noble. The ultra-fine powder brick has the characteristics of low water absorption, high gloss, strong three-dimensional sense, high hardness and good wear resistance, because it grinds the powder made into the embryo into smaller and finer when firing. Usually, the fineness of the powder reaches more than 200 mesh, and then it is made by high temperature and high pressure
due to its excellent surface wear resistance, the ultra-fine powder bricks produced by general manufacturers now only use micro powder materials about 2mm of the brick surface, and ultra-fine powder vitrified bricks that penetrate to the bottom are rare on the market. However, driven by interests, many businesses also began to flood the market with a large number of imitations
it is not difficult to identify the true and false superfine powder bricks. In general, the patterns of ultra-fine powder products are delicate and natural. Although the patterns of each piece are different, the overall feeling is relatively harmonious. Due to the technical limitations of ultra-fine powder like products, each piece of brick surface pattern is the same. According to this method, the true and false ultra-fine powder products can be quickly identified
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