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A quick overview of Quartz


What’s Quartz?

Quartz

It is composed of 1 part silicon and 2 parts oxygen. It is also known as silicon dioxide (SiO2). It is the world’s most prevalent mineral, with unique properties that make it one the most versatile natural substances.


Is Quartz found where?


Quartz is the most common and widespread mineral on Earth’s surface. It can be found in almost all regions of the planet. It forms at all temperatures. It can be found in all types of rocks, including igneous and metamorphic. It resists both chemical and mechanical weathering. Because of its durability, it is the most dominant mineral at mountaintops. It also makes up the majority of beaches, rivers, and desertsand. Quartz is easily found, abundant and long-lasting. You can find many minable deposits all over the world.


What is Quartz’s Use?


Quartz is one among the most valuable natural materials. The physical and chemical properties of quartz are what make it so useful. It’s very tough and has a Mohs Scale hardness of 7. It can be used in conjunction with almost any substance and is chemically inert. Its electrical qualities and resistance to heat make it a valuable component of electronic products. It’s usefulness as both a gem and in glass making is due to its color and luster.


The Uses of Quartz In Glass Making


Sands sometimes deposited by natural processes contain almost 100 percent quartz grains. These deposits are known to be high-purity silica and can therefore be used as sources for silica. These sands are utilized in glassmaking. Quartz sand is used for the manufacture of specialty and container glass as well as flat-plate glass and specialty glass.


The Abrasive Uses for Quartz


Its high toughness is a testament to its durability

quartz

Seven on the Mohs Scale makes it more difficult than many other natural substances. This makes it an ideal abrasive. Quartz sands, silica sand, and finely ground silica are used in sandblasting.


Quartz is used in Foundry Sands


Quartz is extremely resistant to chemicals as well as heat. This makes it a popular choice for foundry sand. Because it has a higher melting temperature than other metals, you can use it to make molds or cores for common foundry works. Because of its high resistance to heat, refractory blocks are made often from quartz sand. Quartz sand also serves as a flux for the smelting and forming of metals.

With Many Other Quartz Sand Applications

Quartz sand serves as filler for the production of paint, rubber and putty. After being screened and washed carefully-sized quartz grains can be used as filters and roofing granules. The railroad and mining industries use quartz sands for traction. This sand is also used to play on volleyball fields, beaches, ballfields and for children’s sandboxes.

How to Use Quartz Crystals

The unique property of quartz crystals vibrating at the same frequency is one of its most remarkable properties. This frequency is so accurate that quartz crystals may be used for making extremely accurate timekeeping devices and equipment capable of transmitting radio and TV signals at stable and precise frequencies.

Optically-grade quartz crystals can also be used for many purposes. You can use them to create specialized lenses, windows and filters for lasers, microscopes telescopes electronic sensors and other scientific instruments. Today, beach sand is the main material used in making the best electronic gadgets.

The Need for Synthetic Quartz Crystals

The demand for high-quality Quartz crystals rose so fast that most mining operations were unable provide them in sufficient quantities. This was realized by the Second World War, when both military and civilian industry started to work on ways to produce synthetic quartz crystals for electronic and optical applications.

Most quartz crystals that are used in optical instruments and electronic components today have been grown in laboratories, rather than coming from mines. The majority of laboratories produce their crystals by hydrothermal activation, which is a geological process that occurs in the rock. Superheated, silica-rich superheated water is used to grow synthetic crystals at extremely high temperatures. This allows you to grow these manufactured crystals in any shape, size, or color that suits your manufacturing needs.

(aka. Technology Co. Ltd. (aka. High purity and fine particle sizes are the hallmarks of our quartz. Please call us to discuss any questions.

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