Iron(II) 1,2,3,4,8,9,10,11,15,16,17,18,22,23,24,25-hexadecafluoro-29H,31H-phthalocyanine (CAS 23844-93-1) is a fluorinated iron phthalocyanine compound with potential applications in functional materials, electrochemistry, and photoactive systems. Its molecular structure combines an iron-containing phthalocyanine macrocycle with multiple fluorine substituents, offering a distinctive platform for investigating structure–property relationships in advanced materials.
Phthalocyanine compounds are known for their conjugated macrocyclic structures and characteristic electronic and optical properties. Introducing fluorine atoms into the aromatic framework can modify the molecule's electronic distribution, intermolecular interactions, and surface properties. These characteristics make fluorinated phthalocyanines interesting candidates for research into organic functional materials and specialized molecular systems.
Applications in Functional Materials and Electrochemistry
1. Organic Pigments and Functional Colorants
Phthalocyanine derivatives are widely studied for their optical absorption and color-related properties. Fluorinated iron phthalocyanines can be investigated in specialized pigment and functional-colorant research, with their suitability depending on formulation requirements and material compatibility.
2. Photoactive Materials
The strong absorption characteristics associated with the phthalocyanine framework make it relevant to research involving light-responsive materials. Iron(II) hexadecafluorophthalocyanine may be evaluated in photoactive systems and related materials research, depending on the intended application and experimental conditions.
3. Chemical Sensors
Metal phthalocyanines are important research materials for chemical sensing because their electronic properties can respond to interactions with surrounding chemical species. Fluorinated derivatives offer opportunities to investigate how molecular substitution influences sensing behavior, charge transfer, and sensor performance.
4. Electrochemical and Electronic Materials
Iron phthalocyanine derivatives are studied in electrochemistry, electrocatalysis, and electronic-material development. The combination of a metal center and a conjugated macrocycle provides a useful structure for examining electron-transfer behavior and molecular interactions at material interfaces.
5. Advanced Materials Research
Fluorinated phthalocyanines can also serve as specialized compounds for investigating molecular organization, surface interactions, and functional thin-film systems. Their potential roles in devices and other advanced technologies depend on material design, processing methods, and experimental validation.
UCHEM Supply of Iron(II) Hexadecafluorophthalocyanine
UCHEM supplies Iron(II) Hexadecafluorophthalocyanine CAS:23844-93-1 for research and advanced material development. Its distinctive fluorinated macrocyclic structure makes it a relevant compound for researchers exploring phthalocyanine chemistry, photoactive materials, chemical sensing, and electrochemical systems.
Contact UCHEM for product specifications, availability, packaging options, and supply information.
