
Radiation Detection
Scintillation Detectors convert high energy radiation, gamma or X-rays, or particles such as neutrons into usable information for measurement, evaluation or imaging
Our core technology is the manufacture of high-performance engineered materials to solve our customers’ unique challenges.
As the premier Scintillation detector manufacturer for ionizing radiation detection: Alpha, Beta, Neutrons, Gamma Rays, X-rays, we provide high-quality scintillation materials with superior resolution and advanced photo-sensor integration.
Our high-strength Sapphire (Single Crystal Alumina-Oxide), one of the hardest materials in existence, has properties to withstand extreme conditions such as high-temperature, high-pressure or harsh chemicals.
We also produce quality X-ray Analyzers for Synchrotrons and Garnet substrates used to grow semiconductor crystal layers.
Saint-Gobain Commitment: Net Zero Carbon by 2050
Scintillation Detectors convert high energy radiation, gamma or X-rays, or particles such as neutrons into usable information for measurement, evaluation or imaging
Sapphire products provide unmatched strength and chemical and abrasion resistance for use in a wide range of challenging applications
These materials (LiF, SiO2, InSb, Si, Ge, PET, EDDT, ADP, TlAP, RbAP, KAP) are one of the core components needed to perform X-ray Fluorescence Analysis.
GGG, SGGG, NGG substrates used by Optical telecommunication industry as infrared optical isolators
Packaged and integrally mounted to a light-sensing device
Sales Drawings for Crystal Scintillation Assemblies
Optimize for performance and cost
NaIL and CLLB Dual Detection Materials
NaIL, NaI(Tl), LaBr3, LYSO, CLLB, BGO, CsI, CdWO4
Linear and 2D pixelated crystal array assemblies
Gamma Camera plates, CurvePlate, StarBrite
Designed to survive high temperatures, shock and vibration
BC-400 series Solid and BC-500 series Liquids
Plastic wrapped and integrated with light-sensing device
Seal against vapor penetration
Scintillating, wavelength shifting and clear light guide
Aluminum and glass cells with 1 or 2 viewing ports
for portal and vehicle mounted monitors
interface material, reflector, wrapping, price list
Light guides and wavelength shifting plastic materials
BC-700 series; disks and integrated designs
Integrated or plug-on voltage divider, preamplifier, high voltage power supply
Radiation detection and MCA up to Pulse shape analysis
Sapphire products provide unmatched strength and chemical and abrasion resistance for use in a wide range of challenging applications
One of the hardest materials in existence and is virtually scratch proof
World's largest sapphire sheets available
Open-end, plugged, capillary and shaped sapphire tubes
Providing improved situation awareness in both the visual and Infra-Red spectra
Sapphire Versatile High-Performance Solution
Do you have a ceramic tube that isn't giving you the lifetime and performance you want? Have you thought about sapphire? Single crystal alumina oxide "Sapphire" is a far superior material over Glass, Alumina, or Quartz for chemical, high temperature, fluorine-based plasma, abrasion, and impact resistance. Sapphire can provide the perfect solution for applications such as
Our Sapphire is Edge-Fed-Growth (EFG) and as-grown “un-machined” surfaces are not only stronger against aggressive thermal cycling and corrosion to the likes of HF and F plasma, but are also visually transparent! EFG allows for a cost-effective means to create near net shape, transparent tubes without the need of expensive post-fabrication processes. Consider EFG Sapphire tubes for your UV, IR and sight glass applications!
We grow Sapphire square, rectangular, polygonal, or round tubes that can be open, one end closed off or plugged.