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Ferroceneboronic Acid

CAT: 1139-12152-94-2Size: 1 EachDry Ice: NoHazardous: No
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CAT#:1139-12152-94-2Size:1 Each
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Description
Ferroceneboronic Acid (CAS 12152-94-2) is a high-purity organometallic fine chemical compound with ferrocene and boronic acid functional structures. It presents as orange to orange-red crystalline powder, featuring good chemical stability and unique electrochemical activity. This product is a classic functional organometallic intermediate, widely used in organic synthesis, electrochemical material preparation and chemical analytical research, and often contains trace anhydride components in commercial industrial forms.
Synonyms
Ferrocenylboronic acid, Boronoferrocene
HS Code
2931909090
Applications
1. Organic Synthetic Intermediate: Ferroceneboronic Acid (CAS 12152-94-2) serves as a core boronic acid intermediate for Suzuki coupling reactions, used for constructing ferrocene-containing functional molecular structures and synthesizing high-value organometallic fine chemicals. 2. Electrochemical Functional Material Precursor: Ferroceneboronic Acid (CAS 12152-94-2) is applied in the preparation of electrochemical sensors and redox active materials, relying on its excellent reversible electrochemical properties for electrode modification and sensing material development. 3. GC/MS Boronation Derivatization Reagent: Ferroceneboronic Acid (CAS 12152-94-2) acts as a professional cyclic boronating derivatization reagent for gas chromatography and mass spectrometry analysis, improving the detection efficiency and accuracy of specific organic compounds. 4. Biomedical & Chemical Research Reagent: Ferroceneboronic Acid (CAS 12152-94-2) is widely used in laboratory scientific research, including molecular recognition research, biomaterial modification and custom organic compound synthesis.
Purity
≥98%
Molecular Formula
C10H11BFeO2
Molecular Weight
229.85
Shelf Life
2 years under proper storage
Appearance
Orange to orange-red crystalline powder
Grade
Fine Chemical Grade, Reagent Grade
Density
Not available
Melting Point
145–150 °C (dec.)
Boiling Point
Not available
EINECS
235-272-1