As Grown Quartz
As Grown Quartz crystals are suitable for lumbering into multiple bars for AT-cut blanks or for lumbering into single pure-Z bars for further fabrication using mechanical wafer processing techniques.
Barium Fluoride Properties and Specifications
Barium Fluoride's properties make it ideal for scintillation applications where it is utilised in x-ray, 511 keV gamma photon and other high energy particle detection.
Bulk Wave Blanks
Quartz Single crystal bulkwave blanks for frequency control and filter applications.
Calcium Fluoride Properties and Specifications
The wide transmission range, refractive index homogeneity and high laser-damage threshold make CaF2 ideal for eximer laser products.
Doubly Rotated Blanks
Doubly Rotated Blanks are single crystal cultured quartz blanks fabricated with a double angular rotation suitable for operation in the thickness shear mode.
Gallium Nitride Wafers
Gallium nitride (GaN) wafers are manufactured from truly bulk material grown by a highly developed ammonothermal process, and are commonly used in laser, LED and transistor products.
Gallium Orthophosphate – Applications
Due to its exceptional features, GaPO4 gives you significant advantages compared to other piezoelectric materials - even at low temperatures.
Gallium Orthophosphate – Benefits
Due to its exceptional features, GaPO4 gives you significant advantages compared to other piezoelectric materials - even at low temperatures.
Gallium Orthophosphate – Crystal Structure
The crystal structure of GaPO4 can be derived from the alpha-quartz structure by alternating replacement of the Si-atoms by Ga and P. The figure shows the lattice in the frame of its unit cell.
Gallium Orthophosphate – FAQs
Due to its exceptional features, GaPO4 gives you significant advantages compared to other piezoelectric materials - even at low temperatures.
Gallium Orthophosphate – Specification
Gallium Orthophosphate, GaPO4 is a single crystal material developed in the 1980´s primarily for the manufacture and design of high temperature sensors.
Germanium Properties and Specifications
Germanium's high density compared to other infrared materials make it useful in imaging systems where ruggedness and durability is important, and its fluorite counterparts would suffer damage.
