Not known Factual Statements About fused silica quartz rod for semiconductor and optical applications
TOQUARTZ® large-precision sq. distinct fused silica rods manufactured with ninety nine.ninety nine% purity for optical instruments, UV/IR light-weight resources, and significant-temperature applications. Our square quartz rods characteristic exceptional thermal security approximately 1450°C, outstanding corrosion resistance, and exceptional optical transmission from 120nm to 4500nm wavelength vary.
Quartz is a tough, crystalline mineral made up of silica (silicon dioxide). Quartz is undoubtedly an amorphous materials with just one element of silicon dioxide, and its microstructure is a straightforward community composed of 4 construction units of silicon dioxide.
Quartz rod is noted for its high thermal and mechanical security, which makes it ideal for use in large-temperature applications.
For more demanding and significant-conclusion semiconductor applications Heraeus Covantics can offer multi-phase and improved single step electrically fused quartz rods in HSQ®300, HSQ®330 and HSQ®330S materials high quality dependant upon the purity specifications of The purchasers’ application.
The square cross-area gives exceptional edge definition and less difficult mounting when compared to cylindrical rods, furnishing far better control more than optical paths. Key Pros
Because of the big Si-O chemical bond Power and restricted framework, quartz glass has exclusive Qualities, Primarily exceptional optical Homes of clear quartz glass.
Over-all, fused quartz, fused silica glass, and quartz rod are all significant resources employed in a number of industries and scientific fields. Their special Homes make them perfect for use in applications in which significant purity, thermal security, and optical transparency are expected.
TOQUARTZ® sq. distinct fused silica rods are engineered for applications necessitating precise optical Attributes, thermal stability, and dimensional precision. Each rod is made to actual requirements utilizing higher-purity silica material. Optical Properties Excellent transmission range from UV to IR (120nm-4500nm) without absorption peaks, building these sq. quartz rods perfect for precision optical applications and light-weight steering methods. Large UV transmission (≥eighty five%) No fused silica quartz rod for semiconductor and optical applications absorption peaks across the spectrum Ideal for optical beam shaping and collimation Thermal Steadiness Sq. fused silica rods retain dimensional balance at Severe temperatures, by using a softening place of close to 1730°C and continual use temperature of 1100°C.
SAM’s Quartz Rod is meticulously handled to reduce damage throughout storage fused silica quartz rod for semiconductor and optical applications and transportation also to maintain the standard of our merchandise inside their primary situation.
HSQ®100 single-action quartz rods are drawn in an electrical fusion procedure leading to a price-successful Resolution For a lot of industrial applications.
Heraeus Covantics manufactures synthetic fused silica rods for leading edge semiconductor applications. HSQ®900 and Spectrosil will be the corresponding material characteristics with sections for every billion course purity and zero bubble material.
Quartz Rod is well suited for pulling and supporting handles in fiber optic production, and for wafer boats in semiconductor course of action, etc.
Fused quartz and fused silica glass are two distinctive but carefully connected resources used in a number of industrial and scientific applications. Inspite of their very similar names, they have distinct Houses and manufacturing procedures.
We offer a range of standard diameters and lengths, along with extensive custom made production expert services for specialized styles, such as precision light-weight guiding rods, mixing rods, grooved rods, and bespoke alignment factors personalized towards your specific specs.
In the subsequent you will see an outline of the several fusion systems that Heraeus Covantics can make use of, Every highlighted by the main substance gain In this particular section.