fused silica quartz rod for semiconductor and optical applications Fundamentals Explained
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TOQUARTZ® superior-precision sq. very clear fused silica rods produced with ninety nine.99% purity for optical instruments, UV/IR gentle resources, and higher-temperature applications. Our square quartz rods feature great thermal stability up to 1450°C, superior corrosion resistance, and exceptional optical transmission from 120nm to 4500nm wavelength array.
Fused silica glass, Conversely, is produced by melting and afterwards rapidly cooling silica, the principal part of quartz. This process ends in a glass that is very clear and proof against thermal shock.
Quartz rod is noted for its substantial thermal and mechanical balance, which makes it ideal for use in high-temperature applications.
For more demanding and substantial-conclusion semiconductor applications Heraeus Covantics can offer multi-stage and improved single stage electrically fused quartz rods in HSQ®three hundred, HSQ®330 and HSQ®330S material quality based on the purity prerequisites of The shoppers’ application.
The square cross-area offers remarkable edge definition and much easier mounting when compared with cylindrical rods, furnishing superior Regulate more than optical paths. Crucial Strengths
As a result of substantial Si-O chemical bond energy and restricted framework, quartz glass has distinctive Attributes, In particular great optical Homes of transparent quartz glass.
Total, fused quartz, fused silica glass, and quartz rod are all critical resources employed in a variety of industries and scientific fields. Their distinctive properties make them ideal for use in applications where large purity, thermal security, and optical transparency are necessary.
TOQUARTZ® square distinct fused silica rods are engineered for applications demanding precise optical properties, thermal stability, and dimensional accuracy. Just about every rod is created to actual specifications applying significant-purity silica material. Optical Properties Excellent transmission range between UV to IR (120nm-4500nm) without having absorption peaks, making these sq. quartz rods perfect for precision optical applications and light-weight guidance methods. Large UV transmission (≥eighty five%) No absorption peaks throughout the spectrum Ideal for optical beam shaping and collimation Thermal Steadiness Square fused silica rods retain dimensional steadiness at Excessive temperatures, by using a softening position of somewhere around 1730°C and continual use temperature of 1100°C.
SAM’s Quartz Rod is cautiously handled to attenuate destruction for the duration of storage and transportation and also to protect the standard of our merchandise inside their authentic ailment.
Acid and Alkali resistance: Except for hydrofluoric acid, quartz glass isn't going to react with any acid and base besides hydrofluoric acid. The steadiness is thirty periods of the ceramic, and 150 instances of stainless-steel.
Heraeus Covantics manufactures artificial fused silica rods for leading edge semiconductor applications. HSQ®900 and Spectrosil tend to be the corresponding material features with components for each billion course purity and zero bubble content.
Quartz Rod is ideal for pulling and supporting handles in fiber optic manufacturing, and for wafer boats in semiconductor system, etcetera.
Quartz rod, which can be also referred to as quartz tubing, is often a kind of fused quartz that is often used in scientific and industrial applications. It can be made by heating and shaping fused quartz into a cylindrical condition, which can then be Slash and machined into many dimensions and styles.
*The above mentioned products info is based on theoretical facts and is also for reference only. Actual technical specs may possibly vary.
Their exceptional substantial light-weight transmittance (>90% in seen and UV spectra) will make them perfect for optical elements, guaranteeing unobstructed light transmission in optical fused silica quartz rod for semiconductor and optical applications units and imaging methods.