⁦Stannous Oxalate CAS 814-94-8⁩ - الصورة ⁦2⁩

⁦Stannous Oxalate CAS 814-94-8⁩ - الصورة ⁦3⁩

⁦Stannous Oxalate CAS 814-94-8⁩ - الصورة ⁦4⁩

Stannous Oxalate CAS 814-94-8

CAS：814-94-8
Purity :≥98.5%
Molecular Formula :C2O4Sn
Molecular Weight :206.73
EINECS :212-414-0
Storage Period :2 years
Synonyms:Ethanedioicacid,tin(2+)salt(1:1); ethanedioicacid,tin(2++)salt(1:1); oxalicacid,tin(2+)salt(1:1); stavelancinaty; Fascat2001; OxalicAcidTin(2+)Salt; TinOxalate(SnC2O4); Ethanedioicacid,tinsaltoxalicacid,tinsaltstavelancinaty.

What is Stannous Oxalate？

Stannous Oxalate (CAS 814-94-8) is a white crystalline inorganic compound containing tin in the +2 oxidation state. It is commonly used as a catalyst, stabilizer, and reducing agent in various industrial processes. With good solubility in acids but limited solubility in water, stannous oxalate provides stable performance in chemical synthesis, electroplating, and polymer applications.

مواصفات

البند	القياسية
SnC2O4 %	≥98.5
Sn %	≥57
Fe %	≤0.005
Pb %	≤0.002
كما %	≤0.001
Sb %	≤0.0025
Cl %	≤0.02

التطبيقات

Esterification Catalyst – Widely used as an efficient catalyst in esterification reactions.
Polyurethane Catalyst – Serves as a gel catalyst in polyurethane production, improving processing efficiency.
Textile Dyeing & Printing – Functions as an auxiliary agent in fabric dyeing and printing.
Coal Hydrogenation Catalyst – Applied as a catalyst in coal hydrogenation processes.
Electroplating Additive – Enhances plating quality and adhesion when used as an additive in electroplating baths.
Blueprint Printing – Used in the exposure process of blueprint printing paper.
Electronics & Flux – Acts as an activator in no-clean flux formulations.
Transparent Conductive Films – Serves as a complexing agent in the preparation of transparent conductive coatings and films.

الميزات

High efficiency in reduction, suitable for REDOX reaction scenarios.
It is easy to coordinate and can be used as a catalyst or intermediate.
It has excellent thermal stability and is suitable for high-temperature processing scenarios.
Controllable solubility, suitable for the requirements of different systems.
Safety and environmental advantages: Low toxicity and recyclability.