Product information

Synthetic quartz are materials used to grow synthetic quartz crystals and serve as substrates
for crystal growth.
Synthetic quartz crystals are made from high-purity natural crystals and cut in a specific
direction.
It is important to use high quality synthetic quartz crystals because they have a significant
influence on the physical properties and quality of the synthetic quartz crystals being grown.
In addition, because the shape, size, and precision of synthetic quartz crystals vary depending
on the growing method, it is necessary to select appropriate quartz crystals according to the
type of synthetic quartz crystal customers require.

OLPFs are designed to improve image quality by cutting high-frequency noise and high-frequency
images.
The filters are transparent to low frequency information while absorbing high frequency information,
resulting in a smooth and beautiful image.

Quartz waveplates are a type of optical element used to control the polarization of electromagnetic
waves. Quartz waveplates are mainly used in areas such as polarizing microscopes, polarizing filters,
and laser optics. Quartz waveplates are used as polarizers or filters, some of which can convert light
in an elliptically polarized state to a circularly polarized state.
Laser optics also uses quartz waveplates to control the polarization direction of light, creating
optically active materials with different reflectivity and transmittance depending on the polarization
direction of light.

Quartz wafers are a type of wafer, a thin semiconductor plate, used in the manufacture of electronic
devices and integrated circuits.
Quartz crystal wafers are mainly used in areas such as wireless communications and sensors.
For example, crystal wafers are used to make clock generators, filters, and accelerometers in cell
phones and smartphones.
Quartz wafers have become indispensable components in modern electronic devices due to their
high reliability and stability.

We have also focused on various types of development, taking advantage of our integrated
production system. We will keep you updated on the technologies of products we are currently
working on. If you are interested, please contact us through our inquiries page.

Film formation technology refers to the technology used to form a film on the surface of a material.
The film formation must facilitate the reaction that converts the substance into a membrane.
Thus, film formation technology has physical and chemical approaches.
The physical technology includes vacuum deposition, sputtering, and plasma processing.
These technologies use evaporation, sputtering, or plasma reactions to deposit materials on surfaces,
resulting in the formation of a film.