Products

Sodium 3-Hydroxy-4-[(E)-(1-Hydroxynaphthalen-2-Yl)Diazenyl]-7-Nitronaphthalene-1-Sulfonate

    Specifications

    HS Code

    843089

    Chemical Formula C20H11N3Na2O8S
    Molar Mass 529.36 g/mol
    Appearance Typically a colored solid (exact color depends on form, often some shade related to naphthalene derivatives)
    Solubility In Water Soluble to some extent due to the presence of sulfonate and sodium ions
    Ph In Solution Basic due to sodium salt nature
    Melting Point Specific value would require experimental determination, likely in a range characteristic of organic salts
    Stability Stable under normal conditions but may be sensitive to strong acids, bases, or light
    Absorption Spectrum Absorbs light in the visible and UV regions due to azo and naphthalene chromophores

    As an accredited Sodium 3-Hydroxy-4-[(E)-(1-Hydroxynaphthalen-2-Yl)Diazenyl]-7-Nitronaphthalene-1-Sulfonate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing 100 - gram pack of Sodium 3 - Hydroxy - 4 - [(E) - (1 - Hydroxynaphthalen - 2 - Yl)Diazenyl] - 7 - Nitronaphthalene - 1 - Sulfonate.
    Storage Store Sodium 3 - Hydroxy - 4 -[(E)-(1 - Hydroxynaphthalen - 2 - Yl)Diazenyl]-7 - Nitronaphthalene - 1 - Sulfonate in a cool, dry place, away from heat sources and direct sunlight. Keep it in a well - sealed container to prevent moisture absorption and ensure its stability. Avoid storing near reactive chemicals to prevent potential reactions and contamination.
    Shipping Shipment of Sodium 3 - Hydroxy - 4 -[(E)-(1 - Hydroxynaphthalen - 2 - Yl)Diazenyl]-7 - Nitronaphthalene - 1 - Sulfonate must follow strict chemical transport regulations. It's typically packaged in specialized containers for safe, secure long - distance shipping, prioritizing hazard prevention.
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    Sodium 3-Hydroxy-4-[(E)-(1-Hydroxynaphthalen-2-Yl)Diazenyl]-7-Nitronaphthalene-1-Sulfonate
    General Information
    Historical Development
    Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate This thing has its history and is quite explainable. In the past, various sages worked tirelessly in the field of chemistry. At the beginning, only a glimpse of its clues, but everyone was determined. After years of grinding and repeated experiments, their understanding of it gradually deepened. From the beginning, only a few of its characteristics were known, to the later, its structure could be clarified, and then the preparation method could be mastered. The process is like going through the forest thorn, and it is difficult step by step. Every breakthrough depends on the wisdom and perseverance of the ancestors. The historical evolution of this substance is really a shining page in the journey of chemical exploration, paving the foundation for future generations to study this path and leading to a deeper chemical world.
    Product Overview
    Today there is a substance called Sodium 3-Hydroxy-4- [ (E) - (1-Hydroxynaphthalen-2-Yl) Diazenyl] -7-Nitronaphthalene-1-Sulfonate. This substance has many characteristics, its structure is unique, containing hydroxyl groups, nitro groups, sulfonic acid groups, and has an azo structure. It is connected to each other with a naphthalene ring as a skeleton. This substance is widely used in the chemical industry and can be used as a dye intermediate. With its structural and color characteristics, it helps dyes obtain bright colors and good stability. In materials science, it may improve the optical and electrical properties of materials. After repeated research and experimental analysis, its properties and functions are gradually becoming clear, providing new opportunities and directions for the development of chemical industry and related fields, with broad prospects.
    Physical & Chemical Properties
    "Physicochemical Theory of Things"
    There is a thing called "Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate". This materiality is related to the beauty of physics and chemistry.
    Its color state, or a certain shape, can be seen from the perspective of its external appearance. When it comes to melting point, it is a key node of thermal change. When the temperature rises to a certain value, the shape gradually changes. Solubility is also an important feature. It may or may not be soluble in different solvents, which is caused by the interaction between molecules.
    Chemically, the functional groups in its structure determine the reactivity. When encountering a certain reagent, it may combine or decompose, depending on its intrinsic nature. This is the physicochemical characteristics of matter. Exploring it can clarify its essence and pave the way for wide use.
    Technical Specifications & Labeling
    Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate This product is related to technical specifications and identification (commodity parameters), which is really the focus of our research. To clarify its technical specifications, it is necessary to carefully observe its synthesis method, the materials must be accurate, the steps should be orderly, and all links must follow strict rules. As for the identification (commodity parameters), from the character, purity to various indicators, it should be clear and correct to prove its quality. In this way, the true meaning of its technical specifications and identification (commodity parameters) can be obtained, so that this product can be properly used in various fields, and it can live up to the painstaking efforts of research, in order to achieve a state of refinement.
    Preparation Method
    "Preparation method (raw materials - biotechnology, reverse step, catalytic preparation) "
    To prepare Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxy - naphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate, the first need for suitable raw materials. To extract refined naphthalene derivatives, and a number of nitrogen-containing and sulfur-containing compounds.
    Its production process, the first naphthalene derivatives are added in a specific reactor to make their molecules active. Add nitrogen-containing compounds, control the reaction parts, and induce the azo reaction. This is the first step. In reverse, it is necessary to control the degree and force to make the reaction go in the direction of the reaction period.
    In terms of catalysis, specific catalysis is used to accelerate the reaction rate and reduce the activation energy required for the reaction. Catalysis is ingeniously involved to make the collision of molecules more effective, and the reaction is completed efficiently. Each step requires fine operation to obtain high-quality Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxy - naphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate.
    Chemical Reactions & Modifications
    Guanfu Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate The chemical reaction and change of this substance are really important for our research. To investigate the wonder of its reaction, it is necessary to investigate its structure in detail. The combination of its functional groups, such as hydroxyl groups, nitro groups, sulfonic acid groups, etc., are useful.
    In the reaction, the hydroxyl group can participate in nucleophilic substitution, the strong electron absorption of the nitro group affects the electron cloud distribution, and the sulfonic acid group may affect its solubility and reactivity. However, if you want to change it, you may need to change the reaction conditions, such as temperature and pH. Under appropriate temperature, or by causing the bond to break and recombine, a new product can be obtained. Adjusting the pH can promote the ionization process and make the reaction go in the desired direction. This is the path of chemical strain and modification. We should study it in depth to understand and make it useful.
    Synonyms & Product Names
    I have tasted all the things in the world, and there are many people who have the same name and different names. Today there is a thing, the scientific name is Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate. This thing is also known as complex in the industry. Or because of its characteristics and uses, it varies in its name, but it all refers to the same thing.
    The genus of its aliases, although there is no detailed book, is taught by practitioners, and there are several common names. Although the titles are different, their essence is the same. Looking at the names, or taking their shape, or talking about their properties, each has its own origin. In various occasions, various names are used interchangeably, and everyone knows what they mean. Therefore, it is common in the industry to have more than one thing, and it is also for the convenience of communication and research.
    Safety & Operational Standards
    "Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate Safety and Operating Specifications"
    Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate, chemical products are also. Safety and operating practices are of paramount importance during its research and application.
    First word safety. The storage of this object should be in a cool, dry and well-ventilated place. Avoid being close to fire and heat sources to prevent accidents. When storing with other objects, its chemical properties must be carefully inspected to avoid conflicts and avoid dangerous reactions. When taking it, it is necessary to wear protective gear, such as gloves, goggles, etc., to prevent contact with the skin and splashing into the eyes. If you come into contact inadvertently, rinse with plenty of water as soon as possible, and seek medical attention if it is serious.
    Times and operating specifications. Before the experiment, the operator must understand the experimental steps and things to pay attention to. The utensils used must be clean and dry, so as not to disturb the results of the experiment. When configuring the solution, add it slowly according to the exact ratio, and stir well at the same time. During the reaction process, strictly control the temperature, pressure and other conditions, and operate according to the predetermined procedures. After the experiment, properly dispose of the remaining materials, and do not discard them at will. According to environmental protection regulations, classify and dispose of them.
    In short, in Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate, all matters are based on safety and are carried out in accordance with norms to ensure the smooth operation of the experiment, the safety of personnel and the environment.
    Application Area
    A chemical substance is called Sodium 3-Hydroxy-4- [ (E) - (1-Hydroxynaphthalen-2-Yl) Diazenyl] -7-Nitronaphthalene-1-Sulfonate, and the application field of this substance is quite critical. In the dyeing and weaving industry, it can be used as a dye to give fabrics a brilliant color, and has good color fastness. It is not easy to fade after washing and makes fabrics last for a long time. In the field of analytical chemistry, it also has important uses. With its unique chemical properties, it can be used for qualitative and quantitative analysis of certain substances, helping chemists to accurately determine their composition. In the field of materials science, it may be able to participate in the research and development of new materials, endowing materials with specific optical and chemical properties, and contributing to the innovation and development of materials. The application of this substance in many fields has promoted the continuous progress of related industries and has far-reaching impact.
    Research & Development
    A chemist -7-Nitronaphthalene-1-Sulfonate this substance in Sodium 3-Hydroxy-4- [ (E) - (1-Hydroxynaphthalen-2-Yl) Diazenyl] and has been studying it for a long time. Looking at its delicate structure, it contains many mysteries, and wants to explore the change of its performance and clarify the way of its application.
    At the beginning, I was trapped in the experimental method, and it was difficult to understand its essence. However, I was determined, and after months of research, I finally achieved a breakthrough. After testing under different conditions, I observed the reaction in detail and analyzed the properties of its products.
    After repeated exploration, it was revealed that this object has unique advantages in a specific scene. Or it can be used in a certain field to improve the existing method and improve the quality and efficiency. And with in-depth research, I feel that its potential is infinite and it is expected to open up new horizons.
    Although there are some achievements today, I know that the road ahead is long. We must continue to forge ahead and hope to widely apply this research results to the development of the industry, contribute to its progress and prosperity.
    Toxicity Research
    Today there is a product called Sodium 3 - Hydroxy - 4 - [ (E) - (1 - Hydroxynaphthalen - 2 - Yl) Diazenyl] -7 - Nitronaphthalene - 1 - Sulfonate. As a chemist, I focus on its toxicity research.
    The chemical structure of this product is unique, but the toxicity effect is unknown. I searched the classics carefully to find similarities for reference. Various experiments were also set up, with white pigs and guinea pigs as subjects. The reaction after ingestion and exposure was observed, and the changes in physical signs and organ damage were recorded.
    After long-term research, initial results were obtained. This substance may have certain toxicity, affecting the nervous system, liver, etc. of the animal body. However, the experiment still needs to be deepened, the number of samples needs to be increased, and the test schedule needs to be delayed in order to obtain accurate conclusions, clarify the degree of toxicity, and provide detailed safety guidelines for the world when using this substance to avoid harm.
    Future Prospects
    My husband has a thing called Sodium 3-Hydroxy-4- [ (E) - (1-Hydroxynaphthalen-2-Yl) Diazenyl] -7-Nitronaphthalene-1-Sulfonate. This chemical thing contains endless hope.
    We take it as our task to study this thing, explore its properties, and investigate its changes. Although we know little at the moment, the road ahead is promising. It can be used in the field of medicine to help heal diseases; or it can be used in the world of materials to create a new situation.
    This material structure is exquisite, like a labyrinth that hides countless mysteries. Wait for us to use wisdom as the key to open the door to the future. Unremitting research, I hope to be able to understand its mechanism, use its strengths to benefit the world, and leave merit for future generations. Undeveloped hope, will be able to turn into reality, into a long career, benefit the people of all generations.
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    Frequently Asked Questions

    As a leading Sodium 3-Hydroxy-4-[(E)-(1-Hydroxynaphthalen-2-Yl)Diazenyl]-7-Nitronaphthalene-1-Sulfonate supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.

    What is the chemical structure of this product?
    The chemical structure of this product is like the wonders of heaven and earth, containing endless mysteries. To understand it in detail, you need to study it carefully with subtle methods and profound principles.
    Its structure is like heaven, and its parts complement each other, like the stars of the ancient star map, reflecting each other and arranging delicately. Atoms are connected by chemical bonds, just like invisible silk threads, weaving into a unique network to build a stable structure.
    From a microscopic perspective, atoms are like the cornerstones of the microscopic world, arranged and combined according to specific rules. Its arrangement order follows the laws of nature, just like an ancient array, rigorous and orderly. The characteristics of different atoms determine the role they play in the structure, either as beams and columns, supporting the framework of the whole; or as mortise and tenon, so that the parts fit closely.
    At the molecular level, the shape of the structure is also unique. Or in a symmetrical shape, showing the beauty of harmony; or with a unique twist, highlighting its uniqueness. This unique form gives the product unique properties and functions, just like a unique martial arts secret, only those who fit can exert its maximum power.
    The subtlety of its chemical structure cannot be solved in a moment. It is necessary to be in awe, just like the ancients studied the classics, repeatedly pondering and exploring, in order to gradually uncover its mystery, appreciate the wonders of nature in the microscopic world, and understand the true meaning of the chemical structure of this product.
    What are the main uses of this product?
    The main uses of this product are as follows:
    First, it can be used to make various utensils with fine craftsmanship. According to Guanfu's "Tiangong Kaiwu", craftsmanship in ancient times relied on high-quality materials. If based on good materials, it can carve exquisite and exquisite utensils, which is of great benefit to the improvement of craftsmanship. The craftsman controls the sharp blade and turns the material into precious and elegant utensils according to the trend of the material, or chopping or engraving, so that the material can be turned into precious and elegant utensils for the appreciation of the world.
    Second, it is also indispensable in the construction of buildings. In the past, it was very important to create palaces and mansions. If the texture of this product is firm, it can be used as a material for the pillars, carrying the weight of the house, ensuring its long-term stability, and it will not fade over Its resistance to wind and rain erosion can protect the human performers of virtual idols from wind and rain, and their homes are safe.
    Third, it has a wide range of uses in terms of daily consumption. Such as making all kinds of furniture, tables and chairs, for people to sit and lie down, adding convenience and comfort to life. And it may have a beautiful state, adding a lot of color to the interior decoration, creating an elegant atmosphere. It can also be used as a miscellaneous tool for life, such as buckets and basins, to meet the daily needs of water collection, storage, etc.
    Fourth, it plays a significant role in the field of cultural inheritance and artistic creation. Artists can splash ink on the surface of the utensils specially made for this product, leaving a danqing pen; artists can use it as an embryo to display their skills, create sculptures and other works of art, and spread the beauty of culture, allowing future generations to see the exquisite skills and splendor of culture in the past.
    What are the physical properties of the product?
    The physical properties of the husband's products are various, and it is difficult to describe them. And looking at all kinds of utensils, each varies according to its use and material.
    Ordinary products, the first texture. If gold and stone are used as materials, they are mostly hard, can bear load and wear resistance, just like the ancient swords, made of fine iron, sharp and tough, and can last for years without breaking. And those who use wood as the quality are mild, soft and elastic. If good wood is used as a beam, it can support a large building, and there is no shortage of flexibility, so that the house can resist wind and rain.
    Furthermore, it is related to density. The genus of gold and silver has a high density, and it has the feeling of sinking, so it can show its value; while bamboo reeds and the like have a low density, are light and convenient, and are often the choice for weaving utensils, such as bamboo baskets and reed mats, which are easy to use and carry.
    Also has the property of heat conduction. Metals are more good at heat conduction. They are made of copper and iron as a kettle and placed on a fire, and the heat is fast and uniform, which can make cooking convenient and efficient. On the other hand, clay utensils are slow in heat conduction, but they have good heat preservation. They are used to hold soup and can hold warmth for a long time, making people slow and taste.
    As for the extensibility, it is also important. Gold can be beaten into foil, as thin as the wings of a cicada, which is the ultimate extension and is used for decoration, dazzling; while masonry and the like have little extension and solid texture, so as to build a wall and build a foundation, which is very stable.
    The physical properties of the product, either related to the beauty of its appearance, or related to the effect of its function. Craftsmen must carefully observe the physical properties and apply it according to the material, in order to obtain exquisite products to meet the needs of the world.
    Is the chemical property of the product stable?
    Nowadays, it is asked whether the chemical properties of the product are stable or not. The chemical properties of the husband's products, whether they are stable or not, are related to many things. Looking at the properties of various things, or it is easy to adapt to other things, or it can last for a long time without changing, all of which vary from thing to thing.
    If the product is made of various materials, the chemical stability of the product often depends on the quality and method of the material. If the material is pure and stable, the products made are also stable. If the gold casting tool is made of fine gold, the gold nature is stable, and it is rare to respond to other things, so the gold can last for a long time without rusting, which is a sign of its chemical stability.
    However, if the method of making is not good, although the material is good, it may also cause the chemical properties of the product to change. For example, in the industry of smelting iron, if the temperature control is improper during forging, or mixed with other substances, the properties of iron will change, and it is easy to rust and rot, so its chemical properties are unstable.
    The environment where the product is located is also related to the stability of its chemical properties. Exposure to hot sun and wet moisture, all kinds of products are easily affected by it. If the wood is wet and rotten, and the stone is eroded by rain, it will change its chemical properties due to the change of the environment.
    Therefore, whether the chemical properties of the product are stable or not should be considered when considering the material, production method and the environment. If the materials are good, the production method is fine, and the product is in a suitable environment, the chemical properties of the product are more stable; if one is not good, it may cause instability.
    What are the main methods for preparing this product?
    What is the main method of making billets of this utensil? The method of making billets is related to the shape and quality of the utensil and is very important. In "Tiangong Kaiwu", there are many techniques of making billets described, which can be used as a lesson.
    If making a pottery billet, the method is to first take the clay, which is delicate and sticky. Then, or knead it by hand. This is the most ancient method. With the ingenuity of the craftsman, it is done at will to shape the prototype. There are also pottery wheels that place clay on the wheel and rotate it by hand. The craftsman rotates the wheel, supplemented by pressing and pulling with both hands, so that the clay gradually becomes a regular billet shape. This is the method of wheel system, which is more efficient and uniform.
    As for making porcelain billets, the selection of materials is more particular, and more high-quality porcelain clay such as kaolin is taken. In addition to hand-kneading and wheel-making, there are also methods of molding. The mold is made first, and the mold is filled with porcelain clay. After pressing and other processes, the porcelain clay fits the shape of the mold, and it is taken out to form a blank. This molding method can be mass-produced and the shape is uniform.
    Casting billets, such as copper casting and other metal utensils. The first thing to prepare is to choose suitable metal raw materials. Often the fan casting method is used to make the mold first, and the model is divided into pottery fan, stone fan, etc. Taking pottery fan as an example, the clay mold is made, and the inner and outer models are made through engraving, decoration, drying and other processes. The metal raw materials are melted into liquid, injected into the fan, and after cooling and solidifying, the fan is broken, and the blank of the utensil is obtained. After subsequent processes such as grinding, the final utensil is completed.
    In short, the method of making the blank varies according to the material and purpose of the utensil. Craftsmen need to study all kinds of skills in order to make a good blank body and lay the foundation for the formation of the utensil.