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Electro Optical Components, Inc. Datasheets for Optical Crystals

Optical crystals are transparent in different spectral regions, depending upon the crystal material.
Optical Crystals: Learn more

Product Name Notes
BaF2 crystal is a kind of fast scintillator, it has fast and slow luminescence component, and can be used to measure both energy spectrum and time spectrum. It is regarded...
BGO scintillator is one of the most widely used scintillation materials of the oxide type, it is mechanically strong enough, non hygroscopicity, and has high atomic number and density values.
CaF2:Eu is a scintillation material that used for detecting hundreds keV low energy gamma rays and charged particles. Because of its low effective atomic number, limit it in application of...
CdWO4 crystal is an excellent scintillation detection material, it has features with high density, low afterglow, good radiation resistance, high light yield, and make it widely used in the medical...
Ce:GAGG (Gd3Al2Ga3O12) is expected to be a new promising scintillator for single photon emission coputed tomography(SPECT), gamma-ray and compton electron detection. A high photon yield and emission peak around 520...
Ce:YAG crystal has excellent mechanical properties and chemically resistant, it can be used in the detection of extreme environment, and enable to produce with thin screens. It also has high...
Ce:YAP scintillator is a fast, mechanically strong and chemically resistant scintillation material. Its high mechanical properties enable precise machining and entrance windows can be made with a very thin aluminum...
CsI(Tl) scintillator is one of the brightest scintillators. The maximum of the broad emission situated at 550nm is well suited for photodiode readout.
Key Features · Fast decay time · High light output · Mechanical resistance and stability · High density andanti-radiation hardness
NaI(Tl) crystal is the most widely used scintillation material, and among the scintillators, it has very excellent light output (in coincident with maximum efficiency region of PMT with bialkali photocathodes).