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Engineered marble is primarily a composite material mainly composed of marble dust and chips, in addition to resin binder and pigments. Its major constituents are the by-products of marble mining and processing industry. Colored glass, metals or shells can also be additional constituents of engineered marble or stone. Since engineered marble minimizes wastage and utilizes recycled waste products generated during mining operations as well as marble processing phases like calibration, finishing and trimming; it helps reduce industrial waste and energy consumption. For these reasons, it is regarded as one of the most eco-friendliest construction/architectural designing materials. Moreover,

Nowadays, manmade tiles are being made using an advanced technology that is quite different from traditional methods of making ceramic tiles. This technique is called advanced engineering ceramics. It is also known as high-tech ceramics, technical ceramics, engineering ceramics, high-performance ceramics, or industrial ceramics. Advanced ceramics differ from conventional ceramics when it comes to evaluating the raw material choice and technique of processing. If you compare traditional ways of making ceramic tiles with the modern ones, you will find that advanced ceramics require high pure raw materials. Purity Particle size Particle size distribution Heterogeneity A finished ceramic

Nowadays, the use of ceramic tiles has increased in various residential and commercial construction projects. Ceramic tiles are manmade but emerge as a superb alternative to expensive natural stone. People who are not aware of the performance of ceramic tile products can evaluate the ability or strength of a tile through a 7-step ceramic tile testing procedure. Before you starting testing ceramic tiles, it is vital to know how ceramic tiles are produced at a tile manufacturing unit. The process of ceramic tile production starts with clay preparation. There are lots of steps involved in the process