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It‘s no secret that the construction industry is blooming at a very fast pace as more and more environmentally friendly materials make their spectacular entrance to the market. As a matter of fact, nowadays it seems that the majority of people are interested in using high-quality materials that offer high durability, efficiency, performance and resistance to adverse conditions or thermal shocks. Thus, it comes as no surprise that starting from experienced constructors to simple home owners and business owners, people focus on refractory materials for any heat application or interior construction that requires increased resistance and strength for high temperatures. In addition, besides their remarkable resistance to physical phenomena induced by heat, refractories are designed to withstand corrosion or simply, physical wear. In addition, refractories have been used widely to build either simple or complex, sophisticated structures such as kilns, boilers, furnaces, fireplaces, ovens, stills, reactors and the list may go on indefinitely. In addition, their impressive aspect that resembles a typical construction brick can add to any location a unique, rustic appearance. An interesting fact is that refractories have a higher heat resistant than metals and can be used for heating applications that can reach even 1800oC. To this end, it is important to state right from the start that refractories can vary in terms of material, size, shape, density, conductivity, thermal expansion and other essential factors. However, the most popular materials used in manufacturing refractories represent a combination of minerals and raw compounds like alumina, andalusite, bauxite, chromite, zirconia and silicon carbide. Needless to say, since some applications require special refractory materials, it is important that these items are chosen according to the conditions they will face or with the particular needs and goals of the buyer. Another material that acts similarly to refractory materials is Vermiculite, a naturally occurring aluminium-magnesium silicate layer that expands when heated. Thus, whenever the heat application reaches a sufficient temperature, the material undergoes exfoliation, a process that allows the resulting material to be used in bulk or moulded into forms, shapes or vermiculite boards and ultimately used in open fireplaces, acoustic panels, fireproofing pipes and of course, as refractory insulation. Fortunately, the market hosts a significant number of manufacturers that have the experience, qualifications and skills to produce and manipulate refractory materials, plastic mouldable refractory materials, acid resistant cement, zircon refractory products, refractory setting cements or mortars, vermiculite boards, and many other high temperature insulation materials. However the best part is that now anyone has the possibility to access the package of products and services provided by these independent manufacturers by simply using the already popular Internet connection. In fact, as soon as you access online such a reliable platform, you can do more than just browsing through these enormous collections of products and materials, you can contact the manufacturer directly or the team behind these portals, ask for a quote, discuss the essential aspects of the project and implicitly, the materials or products that will be delivered or shipped, the price, the payment options and many other relevant factors – all from the comfort of your home or office. For more resources about refractories or about vermiculite board, please review this link http://www.vitcas.com.
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