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International Organization for Standardization (ISO) needs no introduction as the non-governmental body promotes industrial and commercial standards for products and services at the global level. It also sets some unique standards for products and services, including the manufacturing of ceramic tiles. The ISO 13006 standard relates to the determination of ceramic tile description, sorting, features, and pattern requirements of ceramic tiles for wall and floor. It may include mosaics, slabs, pavers, etc. Ceramic tile standards, directly or indirectly, are associated with the safety, usage, performance, utility, dimension, grading, and quality of ceramic tile products. The below-given content

As of 2012, the size of the Indian ceramic tiles industry was nearly 172 billion INR and stood on the third position in terms of global production. It also accounted for around 6% of the total world production during the same year. Top 10 Manufacturing Countries (2013) Country 2013 (Sq. m Mill.) % on 2013 World Production China 5700 47.8 Brazil 871 7.3 India 750 6.3 Iran 500 4.2 Spain 420 3.5 Indonesia 390 3.3 Italy 363 3.0 Turkey 340 2.9 Vietnam 300 2.5 Mexico 228 1.9 In the last few years, the industry performed well with

Quartz is naturally occurring mineral mainly comprising oxygen and silicon atoms in a continuous framework of SiO4 and it is the second most abundant mineral in earth’s crust after feldspar. However, despite of its easy availability, it is not directly used for construction. Instead, a refined and man-made version of quartz, known as engineered quartz is extensively used for construction and architectural designing purposes. It is basically a mix of 90-94% ground quartz and 6-10% resins and pigments that are firmly combined to form a nonporous and highly durable tile or slab. In case you are bored

Porcelain and ceramic tiles can be glazed or unglazed, and both come with a specific set of advantages and disadvantages; depending on the place of their installation and required functionality. Major differences between the two types are based on factors like thickness, scratch resistance, skid resistance, stain resistance, design pattern and finishing. For a better understanding of these differences, refer the table below: Sr. No. Criteria Glazed Tile Unglazed Tile 1 Finishing Touch A supplementary layer of liquid glass is added to tiles by additional firing in the kiln No additional firing procedure is required 2 Thickness

Kitchen remodeling is a basic need. That is why people keep on changing kitchen floors to make the most out of it. When it comes to choosing a flooring material, floor tiles matter the most. With new designs, patterns, and colors, homeowners get better choices. But they always swing between choosing a man-made conduction material (ceramic) or a natural construction material (marble, granite, or quartzite). Although both are made from natural materials through different processes, yet they are different in terms of characteristics and durability. The benefits and drawbacks of both the stone types depend on the

In the last decade, ceramic tile manufacturing has witnessed a big change. There is huge difference between the traditional and modern ceramic tiles. Modern tiles made of ceramic materials are highly innovative. Thanks to current manufacturing processes that yield top quality and productivity. With state-of-the-art technology and automated machines, ceramic tile companies match global tile standards and overcome the expectations of consumers in a professional way. There are some traditional tile grades used to market tile products. These tile grades include first quality, standard, second quality, commercial quality and single quality. This content shares you interesting features

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