The chemical process of creating glass is undergone by heating quartz sand, also known as silica sand, to temperatures above 3,090 degrees Fahrenheit until it melts into a clear liquid. Once the sand is in liquid form, it is cooled and undergoes a transformation that doesn't allow it to fully turn into a solid. Initially used primarily as a filler for plastics in the 1960s, glass microspheres found applications in many industries and thousands of applications, including aerospace and military materials, moulded plastic components, retroreflective highway signs, oil and gas, recreation, paints and coatings, and transportation. As mentioned previously, respirable crystalline silica is in the form of very fine dust. The process of transforming waste glass into a cullet to be recycled into new glass products creates glass dust, which, as we have clarified, is amorphous silica; as glass goes through our Imploders, glass dust is created.
In most cases, it's not only safe to vacuum up glass, it's the best way to ensure you get it all up, but there are some things to remember. Before you even think of vacuuming glass, check your cleaner's hose isn't partially blocked – it's hard and dangerous to clear any blockage once you get glass shards in it. Breathing in dust from silica-containing materials can lead to silicosis. Silica dust particles become trapped in lung tissue, causing inflammation and scarring. The particles also reduce the lungs' ability to take in oxygen. This condition is called silicosis. A polycarbonate window is much more difficult to break through than a standard glass window. In fact, according to some estimates, a polycarbonate window is over 200 times more resistant to impact! If you are looking for high quality, high purity and cost-effective zinc sulfide, or if you require the latest price of zinc sulfide, please feel free to email contact mis-asia.
