Name: 99.95% Organic germanium powder (Ge-132)
Availability: InStock

99.95% Organic germanium powder (Ge-132)

Organic germanium powder is a compound powder formed by the combination of germanium element and organic carbon chain through covalent bonds. It has a wide range of applications, mainly involving the fields of biomedicine, industrial catalysis, and materials science.

Numéro de dossier :
12758-40-6
Commande (MOQ) :
5KG
Origine du produit :
China
Couleur :
White
Délai de mise en œuvre :
20 days after receipt of payment
Échantillon :
Available
Port de chargement :
Shanghai

Détails du produit

Basic information

Organic germanium powder Ge-132, with the chemical name Beta-Carboxyethylgermanium Sesquioxide, is an organic germanium compound. Its molecular formula is C₆H₁₀Ge₂O₇, with a molecular weight ranging from approximately 339.32 to 339.37, and a CAS number of 12758-40-6. This product typically appears as white or almost white powdered crystals and has a slightly sour taste.

Specification

ITEM	STANDARD	Shelf life：	3 years
Ge-132/%	≥99.95	Packing:	1kg per bottle
GeO2/%	≤0.02	Water content：	≤0.5%
As/mg/kg	≤0.5	Apparent Density：	0.7-1.3g/cm3
Pb/mg/kg	≤0.5	Solubility in water (60℃):	20g/L
Hg/mg/kg	≤0.1	Product Origin：	China
Cd/mg/kg	≤0.1	HS code:	2931900090
PH	2.5-2.6	Appearance：	White powder

Application

1.In the biomedical field, organic germanium powder is used as an additive in health products, pharmaceuticals, and cosmetics, claiming to have health benefits such as enhancing immune function, regulating blood pressure, blood lipids, and blood sugar, anti-tumor, and anti-aging effects. ‌

2.In industrial applications, organic germanium powder can be used as a catalyst for organic catalytic reactions or as an additive for ceramic granules for water purification. Furthermore, it also holds certain value in industrial processes such as ceramic glazes and glass modification. ‌

3.In the field of materials science, organic germanium powder is being explored for use in biomedical materials and other fields due to its molecular structural stability. ‌