Fused Silica is an excellent raw material used in fluorometer cuvettes, refractories, foundries, microfluidic chips and many other applications that require a great thermal shock resistance and high purity with low expansion. It is actually a form of glass that is produced by fusing non-crystalline high purity silica in a specially designed furnace at very high temperature.
The major characteristics of fused silica include -
- Excellent thermal properties
- Low coefficient of thermal expansion
- Low electrical conductivity
- High optical transmission power
- High resistance to chemical substances
Here are the various advantages of fused silica. Take a look:
- It is widely used in laser windows, prisms and beat splitters as they possess outstanding resistance against high energy laser and UV radiations.
- Many manufacturers throughout the world make use of fused silica for a variety of technical applications that include mirror substrates, crucibles, metrology components and chambers in semiconductor industry because of its extreme resistance to heat changes.
- Silica is known for providing actual results to pharmaceutical, packaging and biochemical industries as it helps to get rid of many environmental problems like mold, corrosion, and humidity that affects the quality of a product.
- The material is additionally artificially latent up to direct temperatures but to hydrofluoric corrosive, which breaks down silica. It will devitrify above around 1100°C within the sight of contaminants, for example, sodium, phosphorus, and vanadium, with the development of cristobalite crystals which pulverize the properties of the glass. The dielectric properties are steady up through gigahertz frequencies.
Finding a reliable and trustworthy provider of pure and high-quality silica can be a daunting task, so it is a good idea to browse the Internet to find a service provider that meet your needs.
0 comments:
Post a Comment