Why are bricks made of ceramics? What are the advantages that you can get from using ceramic bricks for your home construction? How can you choose the best ceramic bricks? These are some of the questions that you need to ask when you start planning on using ceramic bricks for your home construction. In this article, we will answer those questions and we will also discuss other questions that are commonly asked regarding ceramic bricks.<\/p>\n\n\n
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Which Ceramic is Used to Make Bricks?<\/h2>\n
Earthenware is the type of ceramic that is used to make bricks. Traditionally, the term brick has been used for the units composed out of clay.<\/strong> Ceramic bricks are one of the common materials in building and used for the construction of foundations, masonry capital walls, and many more. Because of its universal form and high-performance characteristics, the structure built is strong and can last for a long time.<\/p>\n Ceramics are used for making bricks because they are lighter and easier to work with as compared to stone. <\/strong>They are aesthetically attractive, waterproof, and can resist high temperatures. Ceramics are also durable and sometimes, can last longer than stone. By using different clays, bricks can be made in different colors.<\/p>\n The three main types of ceramics are earthenware, stoneware, and porcelain. Generally, ceramics describe objects that are formed with clay, hardened by firing, and decorated or glazed.<\/strong> Clay is a natural material that is produced by weathered rock. It is malleable, soft, and will permanently harden when baked at high temperatures. You can also check out this article that we have written that talks about how to make matte porcelain tile shiny<\/a>. We have shared tips and methods on how to keep your porcelain tiles shine and shimmer.<\/p>\n Below are the three main types of ceramics.<\/p>\n Earthenware<\/a> is clay fired at relatively low temperatures between 1,000 to 1,150 degrees. This will produce a hardened but brittle material that is slightly porous. Hence, it cannot be used to contain water. To remedy this, the object is covered with a glaze before it is fired in the kiln for a second time to make it waterproof.<\/p>\n This is made from certain clay that is fired at a higher temperature of 1,200 degrees Celsius. This produces a more durable material with a dense stone-like quality. The end product is waterproof and does not need to be glazed.<\/p>\n This comes from refined clay that is fired at a very high temperature of approximately 1,200 to 1,450 degrees Celsius. The finished product is an extremely hard and shiny material that is often white and translucent in appearance. An interesting fact is that most modern toilets are made of porcelain. Check out this article titled, what are toilets made of<\/a> for more information.<\/p>\n Ceramic bricks have many technical characteristics that make them a popular material for building and construction. These characteristics include thermal conductivity, strength, porosity, frost resistance, density, and water absorption.<\/strong>\u00a0 Let us take a look at these characteristics below.<\/p>\n This refers to the ability of the material to tolerate freezing without damage and thawing in water. This is indicated by the symbol F and shows how many freeze-thaw cycles can transfer to the material before the start of destruction. The more cycles the material can sustain, the higher the quality.<\/p>\n This will have to depend on the porosity of the product. Thermal conductivity refers to the ability of the material to conduct a certain amount of heat through a square meter per unit of time. The lower the figure means that the better heat is stored indoors during winter and the less hot air during summer.<\/p>\n It shows the ability of the ceramic material to withstand mechanical shock. This is determined by the limit of internal stress in the process of testing the bending, tension, and compression of the material. The most durable brands of ceramic bricks are modifications M300, M250, and M200.<\/p>\n This depends on how the material can absorb and retain moisture. High moisture content can reduce the technical specifications of the ceramic brick. For solid ceramic brick, the GOST saturation moisture level should not exceed 8% and the core 6%.<\/p>\n This shows the degree of filling of the brick structure with pores in terms of percentage and has a direct impact on the strength, thermal conductivity, and cold resistance of the material. Clay composition is mixed with sawdust, coal, peat, and crushed straw to increase pore formation.<\/p>\nWhy are Bricks Made of Ceramics?<\/h2>\n
What are the 3 Types of Ceramics?<\/h2>\n
Earthenware<\/h3>\n
Stoneware<\/h3>\n
Porcelain<\/h3>\n
Why are Ceramic Bricks a Popular Building Material?<\/h2>\n
Frost Resistance<\/h3>\n
Thermal Conductivity<\/h3>\n
Strength<\/h3>\n
Water Absorption<\/h3>\n
Porosity<\/h3>\n
Density<\/h3>\n