As a leading Sirius Supra Blue Fgl-Cf Staindisodium 6,13-Dichloro-3,10-Bis(Phenylamino)[1,4]Benzoxazino[2,3-B]Phenoxazine-2,9-Disulfonate supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate What is the chemical structure of
Sirius Supra Blue Fgl - Cf Stain disodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate, this is an organic compound. Looking at its name, it is composed of many parts, just like the name of complex utensils in ancient books, containing clues to its structure.
"Sirius Supra Blue Fgl - Cf Stain" or a specific title to identify its category, the specific name of the Jews for special materials or craft products. "disodium" indicates that it contains disodium, just like the ancients said and the key ingredient contained in the substance. " 6,13 - Dichloro "shows the substitution of chlorine atoms at the positions 6 and 13, such as the decoration of the ancients to identify the specific position of the object with orientation." 3,10 - Bis (Phenylamino) "refers to the 3 and 10 positions with diphenylamino groups, which are important groups, such as the specific decorative combination of ancient objects." [1,4] Benzoxazino [2,3 - B] Phenoxazine "describes a complex thick ring structure, similar to the exquisite pavilion layout of ancient buildings." 2,9 - Disulfonate "shows that there are sulfonic acid groups at positions 2 and 9, which affect their properties, similar to the material treatment of specific parts of the artifact, which affects the overall characteristics.
According to this, its chemical structure is based on a fused ring of benzoxazine and phenoxazine, with chlorine substitution at 6 and 13 positions, diphenylamino at 3 and 10 positions, and sulfonic acid at 2 and 9 positions. The whole exists in the form of disodium. This structure determines its unique properties and uses in the fields of chemistry and materials, just as the unique structure of antiquities determines its function and value.
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - What are the uses of Disulfonate
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - dichloro - 3,10 - bis (phenylamino) [1,4] benzoxazine [2,3 - B] phenoxazine - 2,9 - disulfonate, which is widely used. In the field of industrial dyeing, it can be used as a textile dye. With its unique chemical structure, it is firmly combined with fabric fibers, resulting in uniform dyeing and good color fastness. After dyeing, the fabric has a bright and lasting color. In biomedical research, this substance also has important applications. It can specifically bind specific components in biological tissues, such as collagen. With its fluorescence properties, researchers can clearly observe the distribution and morphology of collagen in tissues with a microscope, providing key information for pathological research, tissue engineering and other fields. In paper dyeing, it can give paper a specific color, meet the color requirements of different paper products, and improve the visual effect and quality of paper products. In addition, in the coloring process of some special materials, Sirius Supra Blue Fgl - Cf Staindisodium can also play a role in improving the appearance and performance of materials to meet specific industrial or consumer needs.
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate How safe is it?
Sirius Ultra Blue FGL-CF Stain Disodium salt 6,13-dichloro-3,10-bis (phenylamino) [1,4] benzoxazine [2,3-B] phenoxazine-2,9-disulfonate, the safety of this substance is related to many aspects.
In terms of its chemical structure, such complex organic compounds, including chlorine atoms, phenylamino groups and sulfonate groups, may exhibit different chemical activities under specific conditions. Chlorine atoms may participate in substitution reactions, and phenylamino groups may affect their binding properties with biological macromolecules such as proteins. If it is not handled properly in experimental or industrial applications, it will come into contact with incompatible substances, which may cause chemical reactions and cause danger.
In terms of biological safety, after it enters the organism, it may be difficult to be metabolized normally due to its complex structure. For example, it may accumulate in the organism, affect the normal physiological function of cells, interfere with cell signaling pathways, and even damage the cell structure, posing a threat to the health of the organism.
From the perspective of environmental safety, if it enters the environment, it will be difficult for microorganisms to degrade or store it due to its complex structure. This may lead to its residue in the environment, adverse effects on soil and water ecosystems, and disturbance of ecological balance. When handling this substance, it is necessary to strictly follow safety procedures and take protective measures, such as wearing professional protective equipment and operating with good ventilation, to reduce risks and ensure the safety of personnel and the environment.
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate What are the storage conditions
This is the disodium salt of Sirius Ultra Blue FGL-CF dye, the full name is 6,13-dichloro-3,10-bis (phenylamino) [1,4] benzoxazino [2,3-B] phenoxazine-2,9-disulfonate. Its storage conditions are extremely critical and should be stored in a cool, dry and well-ventilated place. Avoid direct sunlight, because the chemicals it contains are easily affected by light and deteriorate, causing the dyeing effect to be greatly reduced.
Temperature is also an important factor and should be refrigerated at 2-8 ° C. Too high temperature may change the molecular structure and reduce the activity; too low temperature may cause crystallization and precipitation, which affects the use. If the environmental humidity is high, it is easy to absorb moisture and agglomerate, and destroy chemical properties, so it is necessary to keep it dry.
When using this dye, ensure that the operating environment is clean and prevent impurities from mixing. Be sure to seal it properly after use to prevent excessive contact with air and oxidation reactions. Follow the above storage conditions to maintain its stability and effectiveness to the greatest extent, and play a good role in the experiment or production dyeing process.
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - How is the compatibility of Disulfonate with other substances
Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate is a rather special chemical substance. When it comes to the compatibility of this substance with other substances, many factors need to be considered in detail.
Looking at the chemical structure of this substance, it contains chlorine, phenylamino and sulfonate groups. The chlorine atom has a certain electronegativity, the phenylamino group has a conjugated system, and the sulfonate has strong hydrophilicity. This structural property makes its chemical properties unique. When mixed with other substances, it may be variable due to the interaction between groups.
If it encounters substances with active hydrogen atoms, such as alcohols, amines, and nitrogen atoms on phenylamino groups, or reacts with them due to solitary pairs of electrons, the compatibility is poor. If mixed with hydrophobic substances, it is difficult to achieve good compatibility due to the strong hydrophilicity of sulfonates or the phenomenon of phase separation.
However, if it encounters substances with similar charges and polarities, such as some anionic surfactants, due to their similar charge characteristics, or they can have good compatibility, they can be uniformly dispersed and mixed.
Overall, the compatibility of Sirius Supra Blue Fgl - Cf Staindisodium 6,13 - Dichloro - 3,10 - Bis (Phenylamino) [1,4] Benzoxazino [2,3 - B] Phenoxazine - 2,9 - Disulfonate with other substances depends on the specific chemical structure, charge characteristics, polarity and other factors of other substances. It is difficult to generalize.