CAS 12240-15-2

Prussian blue

Description:

Prussian blue, also known as ferric ferrocyanide, is a deep blue pigment with the chemical formula Fe₃[Fe(CN)₆]₂. It is characterized by its striking color, which arises from the presence of iron and cyanide ions in its structure. This compound is insoluble in water, making it stable and suitable for various applications, including art, coatings, and as a dye. Prussian blue exhibits unique properties such as the ability to absorb certain ions, which has led to its use in medical applications for treating heavy metal poisoning, particularly thallium and radioactive cesium. Additionally, it has been studied for its potential in environmental remediation due to its capacity to bind to various pollutants. The compound is also notable for its historical significance in art and industry, being one of the first synthetic pigments developed in the early 18th century. Its stability, non-toxicity, and vibrant color continue to make it a valuable substance in both scientific and artistic fields.

Formula: Unspecified

InChI: InChI=1/6CN.2Fe.K/c6*1-2;;;/q;;;;;;-3;+2;+1/rC6FeN6.Fe.K/c8-1-7(2-9,3-10,4-11,5-12)6-13;;/q-3;+2;+1

Synonyms:

• Ammonium Prussian blue
• Ariabel Dark Blue 300308
• Berlin blue
• Berliner Blue
• Blue HO 208
• CI 77510 blue
• Chinese blue
• Ci No 7520
• Easisperse 154
• Ferric blue
• Ferrous Potassium Hexacyanoiron
• Iron blue
• Konjo
• Manox 4050
• Manox Blue 4050
• Manox Easisperse 154
• Manox Iron Blue
• Milori Blue 660PA
• Milori Blue 671
• Milori Blue 690
• Milori Blue 690BB
• Milori Blue 905
• Milori Blue FX 9050
• Milori Blue HCB
• N 650
• N 650 (pigment)
• Panalite Blue IPB
• Paris blue
• Prussian blue
• Radiogardase
• Unipure Blue LC 685
• Wd-Fb 40
• C.I. 77510

Prussian blue soluble

Controlled Product

CAS: 12240-15-2

Prussian blue soluble is a compound that can be used to detect the presence of acetylcholine in a sample. The compound reacts with iron to form a magnetic compound, which can be detected using a magnetometer. Prussian blue is usually applied as an insoluble powder, but this soluble preparation may be preferable for some types of biological samples. It has been shown to react with ferroptosis and autophagy in vitro, and is synergistic when combined with lapatinib (a cancer drug).

Formula: C₆Fe₂KN₆

Purity: Min. 95%

Color and Shape: Powder

Molecular weight: 306.89 g/mol

Ref: 3D-MAA24015