Porcelain and Engineered Quartz Stone - United Stone Melbourne

Check the distinctions between Porcelain Stone and Engineered Quartz Stone. Explore their characteristics, benefits, and ideal application. Understanding the Basics of Porcelain and Engineered Quartz Stone Porcelain and engineered quartz stones have become famous for homeowners. This is due to their durability, versatility, and aesthetic appeal. Porcelain stone is a ceramic material fired at high temperatures, resulting in a complex and dense surface. Resistant to scratches, stains, and moisture. So, engineered quartz stone comprises around 90% quartz particles mixed with resin and pigments. It results in a durable and customizable surface. Both materials have similar benefits and drawbacks, which makes them essential to understand the basics of each before making a decision. By exploring their composition, properties, and maintenance requirements. You can make an informed choice to enhance the beauty and functionality of your home. Differences between Porcelain Stone and Engineered Quartz Stone Over 98% Quartz mix, when quartz is crushed, cut, polished, or altered, produces a crystalised silica dust. Yet, a national ban is being considered, as it has detrimental health effects, including cancer. It has been reported on by Channel 7 News recently when crystallised silica dust particles were found on products and surfaces of the Coles, Chadstone shopping centre. The dust was residual from recent renovations, meaning thousands of dollars worth of produce was lost. There are fears about the dust affecting workers. But porcelain does not produce crystalline silica dust and is a safer option for your property. Porcelain is CSIRO-approved. All our clients get access to the CSIRO test report when we do a quote, along with our public liability insurance. Workplace air safety monitoring test results, and licences. All the issues with engineered stone do not apply to porcelain. For example, you’re cooking up a storm and want to put your hot pot on the benchtop. With porcelain, you can do this; with engineered stone, you cannot.


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