- +86 0371-86658258
- info@coreychem.com
English
Purity: 98% min
Appearance: Yellow to brown powder
Product Manager Email: eva@coreychem.com
|
Product name |
MORIN |
|
Synonym |
Morin hydrate; 2′,3,4′,5,7-Pentahydroxyflavone; 3,5,7,2′,4′-Pentahydroxyflavone |
|
CAS NO. |
480-16-0 |
|
Appearance |
Yellow to brown powder |
|
Purity |
98% min |
|
MF |
C15H10O7 |
|
MW |
302.24 |
|
Related categories |
Fine Chemicals; Flavonoids; Natural Products |
|
Melting Point |
299–300°C (dec.) |
|
Boiling Point |
363.28°C (rough estimate) |
|
Structural formula |
|
|
Contact |
eva@coreychem.com |
Frequently Asked Questions(FAQ)
Question 1: What is Morin (CAS 480-16-0)?
Answer: Morin is a naturally occurring flavonoid compound containing several phenolic hydroxyl groups. Its common chemical name is 2′,3,4′,5,7-Pentahydroxyflavone. The multiple hydroxyl groups in its molecular structure enable it to form coordination complexes with various metal ions, giving it certain application value in fine chemicals, analytical testing, and chemical research.
Question 2: What are the appearance and basic properties of Morin?
Answer: The substance is typically a yellow to brownish-yellow powder. Its molecular formula is C15H10O7, with a molecular weight of approximately 302.24, and its melting point is around 299–300°C. It may decompose upon heating. Morin has limited solubility in water, while its multiple hydroxyl groups give it a certain ability to form complexes with metal ions.
Question 3: What are the main applications of Morin?
Answer: Morin is commonly used in fine chemicals, analytical chemistry, and chemical research. Its polyhydroxyflavone structure and ability to interact with metal ions make it suitable for certain analytical systems, functional chemical research, and the development of specific formulations and processes. Its specific industrial applications should be evaluated based on the product grade, purity, and actual process conditions.
Question 4: What should be noted when storing and handling Morin?
Answer: During storage, Morin should be kept in a tightly sealed container and stored in a cool, dry, and well-ventilated place, away from moisture, high temperatures, and prolonged exposure to direct sunlight. During handling, dust generation should be minimized, and appropriate protective measures should be taken according to the product SDS and actual working environment. Specific storage and transportation conditions should be based on the SDS of the purchased product.
Question 5: Can Morin be used for the further synthesis of other compounds?
Answer: Yes. Morin contains multiple hydroxyl groups and a flavone nucleus, which can undergo further chemical modification according to the structural requirements of the target molecule. For example, selective reactions of the hydroxyl groups can be used to prepare derivatives with different structures and properties. Therefore, Morin can also serve as a structural building block in certain chemical research and synthetic routes.
Application 1: What role does Morin play in tin electroplating processes?
Answer: In tin electroplating systems, Morin can be used as a functional additive. It can participate in coordination processes within the electrolyte and exert a certain influence on the formation and surface morphology of the tin layer during electrodeposition.
Application 2: How is Morin used in the analysis and detection of metal ions?
Answer: Morin can form complexes with certain metal ions that exhibit characteristic responses, and can therefore be used as an analytical reagent for the qualitative or quantitative determination of metal ions. For example, in aluminum ion analysis, the complexation of Morin with aluminum ions produces observable optical changes, which can be used for detection and applied in analytical chemistry and related research.
Application 3: What are the applications of Morin in fluorescence detection?
Answer: Morin itself has certain fluorescent properties. When it binds with specific metal ions, its fluorescence intensity or spectral characteristics may change. This response can be utilized to develop fluorescence detection systems for metal ions.
Application 4: Can Morin be used in functional materials research?
Answer: Yes. Morin has a polyhydroxyflavone structure with multiple coordination sites, allowing it to be combined with different metal centers or other functional units for exploration in coordination chemistry and functional materials. In materials design, it can serve as a component of functional molecules for studying the coordination behavior, optical properties, and interfacial characteristics of materials.
Application 5: Can Morin be used as a structural building block in chemical synthesis?
Answer: Yes. Morin has a well-defined flavone skeleton and multiple hydroxyl groups capable of participating in reactions, allowing further modification according to the structural requirements of target compounds. For example, selective protection, etherification, or esterification of specific hydroxyl groups can be carried out to obtain Morin derivatives with different structures and properties. Therefore, it is suitable for functional molecule design and related fine chemical synthesis research.
Conventional packaging:
1g/bag;
10g/bag;
50g/bag;
Packaging according to customer requirements.
Product actual photos:
Storage:
Store in a sealed container in a cool, dry and well-ventilated place. Protect from moisture and direct sunlight.
For further information about the product, please contact:
Product Manager Email: eva@coreychem.com
