The 5-Second Trick For fused silica quartz rod for semiconductor and optical applications



This leads to a cloth with Improved homogeneity and low OH-information for high thermal balance in the ultimate application.

Quartz is a hard, crystalline mineral composed of silica (silicon dioxide). Quartz is really an amorphous material with one ingredient of silicon dioxide, and its microstructure is an easy community made up of 4 composition models of silicon dioxide.

Sooner or later, the corporate will continue on to deeply cultivate the sphere of quartz solutions, repeatedly strengthen technological innovation and generation technological know-how concentrations, and attempt to offer world-wide consumers with larger-top quality and even more Expert quartz item solutions, contributing to the superior-excellent growth of large-finish producing and scientific exploration fields.

For additional demanding and higher-end semiconductor applications Heraeus Covantics can offer multi-phase and enhanced solitary move electrically fused quartz rods in HSQ®three hundred, HSQ®330 and HSQ®330S content quality dependant upon the purity demands of the customers’ application.

Fused silica glass is usually Employed in optical applications, for instance lenses and mirrors, as well as while in the semiconductor and aerospace industries.

Our staff will arrive at out to you personally in just a person small business working day. You should keep an eye on emails from the domain ‘@exactquartz.com‘.

General, fused quartz, fused silica glass, and quartz rod are all essential components utilized in a variety of industries and scientific fields. Their unique Attributes make them perfect for use in applications where by superior purity, thermal security, and optical transparency are essential.

TOQUARTZ® sq. obvious fused silica rods are engineered for applications requiring exact optical Qualities, thermal security, and dimensional accuracy. Just about every rod is produced to correct specs using substantial-purity silica material. Optical Houses Outstanding transmission vary from UV to IR (120nm-4500nm) with no absorption peaks, generating these sq. quartz rods ideal for precision optical applications and light-weight steerage techniques. Superior UV transmission (≥85%) No absorption peaks throughout the spectrum Perfect fused silica quartz rod for semiconductor and optical applications for optical beam shaping and collimation Thermal Steadiness Square fused silica rods keep dimensional steadiness at Intense temperatures, by using a softening issue of around 1730°C and ongoing use temperature of 1100°C.

Heraeus Covantics portfolio covers several grades to handle all OEM necessities together with challenging extremely-high purity specifications.

HSQ®100 single-stage quartz rods are drawn in an electrical fusion procedure resulting in a cost-efficient solution For a lot of industrial applications.

Irrespective of whether made use of as laboratory stirring rods for prime-temperature chemical reactions, components in semiconductor equipment for wafer processing, or optical rods in precision optical devices, they sustain constant performance throughout various applications.

Quartz Rod is suitable for pulling and supporting handles in fiber optic producing, and for wafer boats in semiconductor method, etc.

Quartz rod, and that is also called quartz tubing, is really a kind of fused quartz that is often used in scientific and industrial applications. It is created by heating and shaping fused quartz right into a cylindrical form, which can then be Slash and machined into a variety of sizes and shapes.

We offer a variety of conventional diameters and lengths, along with detailed custom manufacturing companies for specialised styles, like precision light guiding rods, mixing rods, grooved rods, and bespoke alignment components tailored to the exact specifications.

In the subsequent you can find an outline of the various fusion systems that Heraeus Covantics can benefit fused silica quartz rod for semiconductor and optical applications from, Just about every highlighted because of the major materials gain With this section.

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