Name: High Purity 99.999%min Germanium monocrystalline
Availability: InStock

High Purity 99.999%min Germanium monocrystalline

Ge content ≥ 99.999%, resistivity 0.01-50Ω • cm. Silver gray metallic luster, Crystal orientation <111>, N Type (Antimony-doped).

Numéro de dossier :
7440-56-4
Commande (MOQ) :
10KG
Origine du produit :
China
Couleur :
Silver gray
Délai de mise en œuvre :
60 days after receipt of payment
Échantillon :
Available
Port de chargement :
Shanghai

Détails du produit

Basic information

Germanium monocrystalline is a crystal which is get by CZ or VGF method, use high-purity germanium as raw material.

Germanium monocrystalline is the most widely used as infrared optical material all around the world because of its extraordinary advantages such as: high index of infrared refraction,infrared wide transmission,low absorption coefficient,low dispersion rate,processing easily etc. Typically in shape of water,lenses,prisms and films for thermal imager,infrared radar,optical devices,even used in military field.

Specification

ITEM	STANDARD	MF:	Ge
Ge/%	≥99.999	MW:	72.64
Mg/ppm	≤0.5	Melting point:	937°C
Al/ppm	≤0.5	Boiling point：	2830°C
Ni/ppm	≤0.5	EINECE NO.：	231-164-3
Cu/ppm	≤0.5	Product Origin：	China
Si/ppm	≤0.5	Packaging：	Carton packing
Zn/ppm	≤0.5	Brand name:	FITECH
Cr/ppm	≤0.5	Grade:	99.999%
As/ppm	≤1.0	Appearance：	Silver gray Metal
Fe/ppm	≤0.5	HS code:	8112991000

Application

1.Germanium monocrystals can be used as transistors and are the first-generation transistor materials.

2.Monocrystalline germanium finds significant applications in infrared optical components (such as thermal imagers and laser windows) and γ radiation detectors, covering military airborne/shipborne equipment, civilian security surveillance, and night driving assistance scenarios.

3.Germanium wafers made from germanium monocrystalline are used in the photovoltaic field for space solar cells, while germanium tetrachloride products for optical fibers serve optical communication modules. Compound semiconductor materials such as gallium arsenide wafers and indium phosphide wafers are used in the manufacturing of semiconductor devices.