Quartz fiber has been widely used in several fields. Apart from having benefits, this material is also easy to shape because it has a small size. The quartz fiber thickness makes it widely used in various fields. In addition, it is used because it has long durability.
Quartz fiber or often also called silica (silicon dioxide), is another form of quartz mineral. Apart from quartz being shaped like a mineral, it is also in the form of sand as well as fiber. Each has its use. Such as quartz fiber, which is often used in the manufacture of wrapping cloth.
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Getting to Know Quartz Fiber
You must have understood what quartz fiber is. Yes, quartz fiber is a fiber made from a mineral called quartz. Minerals are in the form of crystals. At first glance, the crystal was very beautiful. Quartz crystals can not only be converted into fibers. However, it can be used as quartz sand which is useful in various industrial fields. Like watchmaking.
Quartz crystals made into fiber form have a certain thickness. Quartz fiber thickness is usually described in terms of fabric. Quartz fiber cloth is widely used by industry for wrapping, for example because this quartz fiber has the advantage of being resistant to high temperatures.
Quartz Fiber Thickness
Quartz fiber, also known as silica fiber, comes from pure silica glass. The glass goes through several stages of the process and forms into a thin filament. The thin filament is only a few micrometers thick. So, it is called quartz fiber thickness. Despite having a thickness of only a few micrometers, this quartz fiber is made with pure crystal.
Quartz filaments are made without binders or glass fibers. That means glass fiber has a higher thickness than quartz fiber. Can you imagine how thick this fiber is? This fiber has a density of 2.2 g/cm3. It has various thicknesses; some are 1.3 mm, 2 mm, and others.
The Tensile Strength of Quartz Fiber
Quartz fiber thickness is indeed one of its characteristics. However, this fiber has a fairly large attraction. The tensile strength of this fiber can reach 800 kilopounds per square inch or 5,500 Mpa. With the attractiveness of this fiber, quartz can measure the concentration of heavy metals and other small particles. In addition to the strong tensile strength, this pure crystalline fiber has better thermal resistance than S-glass and E-glass.
Besides its physical advantages, quartz fiber has other advantages. That is resistant to corrosion. Because the chemical properties are quite stable, the levels of acids, high temperatures, bases, and others are also maintained. This is because the quartz fiber comes from pure crystals, which contain 99.9% SiO2 or commonly called silica dioxide.
Uses of Quartz Fiber
No wonder the existence of quartz fiber is sought after by many people. This is to make it material for various purposes. Quartz fiber thickness is not a problem for consumers. What they want are equipment or items that can withstand high temperatures. Thus, quartz fiber is suitable to meet the needs of these consumers.
This fiber is famous for being more expensive than other fibers. But don’t get me wrong, even though it’s expensive, the quality of the goods is guaranteed. Due to the high cost of this material, its use is limited. Not as much as other fibers that are often found. Quartz fiber or silica fiber is widely used in the manufacture of glass and bottles and even used in aircraft parts.
Are you looking for quartz fiber? Silicapro is the solution. We are a fiberglass factory in China that provides several types of other fibers, like this quartz fiber. We are a company that has experience serving consumers in foreign countries. Here we offer a variety of fibers for your needs. You only choose according to your needs.
You can see the availability of our products in the catalog. Or you can contact us at the contact number that has been attached. You will also definitely get attractive offers starting from the price to the quality of the goods that are guaranteed to be the best. That’s some information about quartz fiber thickness. Are there any other questions? You can also contact us to inquire about this.