Products

Octanesulfonic Acid

Lingxian Chemical

Specifications

HS Code

705513

Name Octanesulfonic Acid
Chemical Formula C8H18O3S
Molar Mass 194.29 g/mol
Appearance Colorless to pale yellow liquid
Odor Pungent
Solubility In Water Soluble
Density 1.06 g/cm³
Boiling Point ~283 °C
Melting Point ~ -20 °C
Ph Aqueous Solution Acidic
Packing & Storage
Packing 100 - gram bottle of octanesulfonic acid, securely sealed for chemical storage.
Storage Octanesulfonic acid should be stored in a cool, dry, well - ventilated area. Keep it away from heat sources, open flames, and oxidizing agents. Store in tightly closed containers made of suitable materials like corrosion - resistant plastics or glass to prevent leakage. Ensure the storage area is out of reach of unauthorized personnel. This helps maintain its stability and safety during storage.
Shipping Octanesulfonic acid is typically shipped in tightly - sealed, corrosion - resistant containers. It must comply with regulations for hazardous chemicals, ensuring secure packaging to prevent leakage during transportation.
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Octanesulfonic Acid
General Information
Historical Development
The industry of chemical industry is changing with each passing day, and all kinds of products have their own origins. Octanesulfonic Acid, when it began, was studied by the academic community and hoped for its wonders. At the beginning, the road of exploration was difficult, and only a little bit of its nature was known. After years have passed, the wise people have been unremitting, and the method of its preparation has been refined. It started with crude techniques, but very little was obtained, and the quality was not pure. Later, various families worked together with ingenuity, and new paths gradually opened up, the output was promoted, and the quality became more and more sophisticated. Since its inception, it has made its mark in various fields. Or it is used in industrial processes to help refine equipment; or it is used in scientific research, as a weapon to solve puzzles and solve problems. With the passage of time, the development of Octanesulfonic Acid is like the starry night, becoming more and more brilliant, leading a new chapter in chemical industry.
Product Overview
Octanesulfonic acid (Octanesulfonic Acid) is also a chemical substance. Its shape is either liquid or solid, depending on the state it is in. This substance has the properties of sulfonic acid, and the sulfonic acid group is attached to the octyl group. Octanesulfonic acid has a wide range of uses. In the field of organic synthesis, it is often used as a catalyst to promote the progress of the reaction and increase its rate. It is also indispensable in the manufacture of surfactants. It can change the surface properties of the substance and make it emulsified and dispersed. In some industrial processes, such as electroplating, etc., it helps to optimize the process and achieve better results. Use this substance with caution. It may be corrosive to a certain extent, and contact with the human body may damage the skin and mucous membranes. When using it, safety procedures must be followed, and proper protective measures must be taken to ensure the safety of people and the environment.
Physical & Chemical Properties
Today there is a substance called Octanesulfonic Acid. Its physical and chemical properties are worth exploring. This substance is pure and stable in color, at room temperature, or in a liquid state, with good fluidity and smooth to the touch. In terms of its chemical properties, it has a certain activity and can react with many substances. Under specific conditions, it can participate in the process of synthesis and generate new substances. Its solubility is also an important property. It is easy to dissolve in a certain type of solvent, which makes it useful in various fields of chemical industry and scientific research. Looking at its physical and chemical properties, it can be seen that it has potential value in industrial production and academic research, which cannot be ignored.
Technical Specifications & Labeling
Nowadays, there is Octanesulfonic Acid, and its technical specifications and identification (commodity parameters) are the key. The technical specifications of Octanesulfonic Acid are related to the preparation method, and precise steps must be followed to ensure pure quality. The raw materials used must be selected with high quality and appropriate proportions. As for the identification (commodity parameters), its characteristics, such as color, taste and state, should be detailed. Its purity geometry also needs to be clearly marked, which is necessary to measure the merits. And its physical properties, melting point, etc., should be clear so that users can know its characteristics. Only by strictly observing the technical specifications and clearly identifying the identification (commodity parameters) can Octanesulfonic Acid make good use of it and show its effectiveness in various fields.
Preparation Method
The method of making Octanesulfonic Acid products is as follows: Prepare raw materials and make them according to a specific process. First take the appropriate raw materials, which is the foundation for making this product. With a delicate ratio, make the raw materials phase and. The reaction steps are crucial. Control the temperature with precision and adjust it at the right time, so that the raw materials are in the vessel and respond according to the predetermined formula. The changes between them are subtle and orderly, and need to be carefully observed. Furthermore, the catalytic mechanism cannot be ignored. Choose the appropriate catalyst to help the reaction be smooth and promote its efficient formation. In this way, after various processes and careful handling, Octanesulfonic Acid products can be obtained, which meet the required regulations and are ready for other uses.
Chemical Reactions & Modifications
Nowadays, there is a chemical substance, named Octanesulfonic Acid, which is related to its chemical reaction and modification. I deeply consider it important and devote myself to research. Observe its reaction, or under specific temperature, pressure and catalytic conditions, combine with other substances to produce new substances. This reaction also requires careful observation and regulation. As for modification, it is designed to change its properties, increase its stability and activity. Or by means of chemical modification, add groups to its molecular structure to achieve the purpose of modification. After modification, this substance may be used in a wider range of fields, such as chemical and materials industries. I will do my best to study the chemical reactions and modifications, hoping to gain something, adding to the chemical industry and promoting its progress.
Synonyms & Product Names
Octanesulfonic Acid, that is, octane sulfonic acid, the synonym and trade name of this thing, is quite important in the field of chemical industry. Looking at the ancient books, its synonyms can be found in a variety of expressions. As far as the trade name is concerned, each producer may have a special name. Octane sulfonic acid has the general nature of sulfonic acid, and is widely used in many aspects such as organic synthesis. In the past, when craftsmen explored its properties, they gave it various synonyms, all of which were due to differences in cognitive process and expression habits. As for the trade name, each trade name has also created a name in order to recognize its characteristics. Although the times have changed, tracing the changes of its synonyms and trade names is like rafting in the history of chemical industry, which shows its development context and is of great benefit to future generations in exploring the past and current applications of this chemical.
Safety & Operational Standards
Octanesulfonic Acid is also a chemical object. It is useful in the field of work and scientific research. If you want to make good use of it, you must know that it is safe to operate. In terms of safety, Octanesulfonic Acid has a certain degree of danger. Its nature may irritate the skin and eyes. If you are not careful, you should wash it with plenty of water immediately. If it reaches the skin, if you don't feel it, you should wash it immediately. If it gets into the eyes, it is more advisable to be careful, wash it and seek the bottom, and rush to the place to avoid damage. Furthermore, if this thing is eaten, it will be especially harmful. Do not make it in the mouth. If it is unfortunate to be eaten, you should immediately make it vomit, and ask for treatment as soon as possible. Pay attention to it when it exists. In case of accidents. In case of operation, the operator must take appropriate precautions, such as gloves, eyes, protective clothing, etc., to ensure their own safety. During operation, it is appropriate to be careful not to let the Octanesulfonic Acid out. And the process of matching and using it is based on the proportion of precision. With the method, properly dispose of the remaining things, and do not pour them out, so as not to pollute the environment. In addition, if you want to make the Octanesulfonic Acid useful for use, you must keep safe and operate it.
Application Area
Octane sulfonic acid is useful in many fields. In the chemical industry, it is often used as a raw material for surfactants to help materials disperse evenly and increase the effect of reactions. In the pharmaceutical industry, it can be used for drug synthesis, stabilizing the properties of drugs and promoting their absorption. In the field of materials science, it can adjust the surface properties of materials, making them special for different environments. In the field of analytical chemistry, it can be used for ion pair reagents to separate and detect ingredients. This is the application field of octane sulfonic acid, which shows its importance in various industries and is an indispensable substance in the industry.
Research & Development
I am dedicated to the research and development of Octanesulfonic Acid products. This substance has unique properties and has great potential in many fields. When it was first studied, its synthesis method was quite laborious. All attempts, either due to harsh conditions or because the yield did not meet expectations, were regrettable. However, my generation was not discouraged, and we repeatedly explored, and finally got to the road of optimization. The results obtained not only improve the synthesis efficiency, but also the purity of the product. Octanesulfonic Acid has seen the dawn of application in catalysis, material modification, etc. In the future, Ji Neng will expand its use in cutting-edge fields such as medicine and electronics, and make a big splash, contributing to the progress of the industry, promoting the continuous development of this product, and achieving perfection.
Toxicity Research
Taste and smell chemical substances, and the observation of their properties is related to the safety of people's livelihood. Now when it comes to Octanesulfonic Acid, the investigation of toxicity is a top priority. Octanesulfonic Acid may exist in various products. To learn more about its toxicity, when examining its entry into the body, through the mouth, through the skin, or inhalation, there are different responses. Observe it in the experimental environment, apply it to living beings, observe changes in its physical signs and behavior, and the state of the viscera. However, the judgment of toxicity is not achieved overnight. The dosage varies, and the duration varies. Small doses and long-term exposure may cause gradual illness; large doses and sudden encounters, the disease will develop rapidly. And different types of creatures have different tolerances to them. Therefore, if you want to understand the toxicity of Octanesulfonic Acid, you must use rigorous methods, collect data, and analyze the mechanism in depth to obtain the true meaning, so as to protect all beings from being invisible.
Future Prospects
Although Octanesulfonic Acid has been studied in this world, its future development still has a grand scope. Today, all kinds of skills are new, Octanesulfonic Acid can be used in various fields of chemical industry, or it can be used for other purposes. In my generation, Octanesulfonic Acid will be used in the preparation of materials in the future, which can help to obtain new materials with better properties. It can be used in equipment and utensils to make them more tough and durable. And in the way of medicine, it can be used as a supplement to medicine, to help medicine, to heal various diseases, and to relieve people's diseases. Also thinking about the environment, if Octanesulfonic Acid can be used well, it may be able to enter the method of pollution, clear water and soil, and protect the purity of heaven and earth. The future development should be based on the importance of benefiting the world, and explore its endless power to benefit the family and the people.
Frequently Asked Questions
What are the main uses of octane sulfonic acid?
Borax is widely used, and there are many ancient books. The use of borax is mainly in medicine. Ancient cloud: "Borax has a sweet and salty taste, and a cool nature. It enters the lungs and stomach meridians." Therefore, it can clear away heat and reduce phlegm, and treat swollen and sore throats. If people feel wind and heat, the throat is red, swollen and painful, and the voice is hoarse, borax is mixed with other medicines to make a powder, and it can be condensed. It can clear away heat and reduce swelling and relieve pain. It is also useful in alchemy. Although "Tiangong Kaiwu" does not elaborate on the details of borax in alchemy, alchemists in ancient times often used borax as a flux for alchemy. Because borax can reduce the melting point of minerals under high temperature, so that all medicines can be fused, and help alchemists refine pills and seek the method of longevity. Although its pursuit of longevity is ultimately empty, the role of borax in the alchemy process should not be underestimated. Furthermore, in terms of process production, borax also has wonderful uses. For example, in ceramic firing, adding borax to the glaze can make the glaze smooth and bright, and enhance its hardness and wear resistance. When firing glaze, borax is also indispensable, which can help the glaze to have a uniform texture and brilliant colors, making it beautiful in many forms. In the metallurgical industry, borax also plays a role. In metal welding, borax can remove the oxides on the metal surface, making the welding more firm, like a skilled craftsman's hand, connecting the metal, stable as before. The use of borax spans the fields of medicine, alchemy, technology, and metallurgy. Although the years have passed, its work still exists, which is a witness to the wisdom of the ancients and a foundation for the development of many industries in later generations.
What are the effects of octane sulfonic acid on the environment?
Lead and mercury sand, this material has a huge impact on the environment. Mercury is of high quality. Once it is exposed to the environment, it can be destroyed in large quantities and sent to remote places. It can settle into soil and water, and the microbial action in the sediment will remove methylmercury, which increases toxicity. Aquatic organisms enter methylmercury, which can cause food to accumulate in high-quality organisms. If people eat it, mercury will accumulate in the body, which will harm the mental, immune, and reproductive systems. For example, in Japan in the past, water diseases, that is, due to industrial mercury emissions, caused residents to eat mercury-containing oceans and suffer. It is also very harmful. It accumulates in the soil, affects the root system of plants and the absorption of water, inhibits crop growth, reduces productivity and deteriorates quality. And it can be damaged, and water can enter the water, polluting the water source. Human consumption of water and food, and the cultivation of children's spirits, resulting in a decline in IQ and normal behavior; adult mental weakness, digestion, blood loss, etc. Sand, mercury and low harm, but the degree of digging river sand, breaking the river channel, causing riverbed undercutting, riverbank collapse, affecting aquatic organisms, and breaking the balance of aquatic life. And the demand for sand for construction is large, illegal sand is prohibited, and a large amount of land and vegetation are banned. Therefore, mercury and sand are harmful to the environment due to their nature, endangering the balance of life and human health. It cannot be ignored, and it needs to be properly disposed of to ensure environmental safety.
What are the precautions for octane sulfonic acid in industrial production?
Where mercury is used to extract gold, the use of mercury needs to be paid more attention to in the work environment. Mercury is a toxic substance, which is highly toxic. In open containers or high environments, mercury evaporation is easy to escape and enter the air. If workers inhale it, it will cause pain, fatigue, insomnia, and severe damage to the mental system, digestive system, causing tremors and stomatitis. Therefore, the operation of mercury must be good, and it can be arranged by force to reduce the degree of mercury evaporation. The operation of mercury should be in the dense system, with less mercury exposure. If mercury leakage is not careful, it will be cleaned up immediately. Mercury beads should not be retained on the ground or in the gaps. They can be covered with sulfur powder to synthesize mercury sulfide and evaporate with less mercury. And mercury-containing water and waste residue should not be released or released inadvertently, because it can pollute soil and water sources, accumulate along food, and endanger health. Mercury-containing waste water needs to be treated properly before it can be discharged; mercury-containing waste residue also needs to be properly stored and treated. In addition, workers working with mercury must regularly check their health to check the mercury content. If there is any sign of mercury poisoning, it will be treated immediately. In the workplace, it is appropriate to use mercury or low-mercury waste to fundamentally reduce the harm of mercury. In addition, mercury in the workplace, the operation, prevention, and management of waste materials are all well-prepared to ensure the health of workers and the safety of the environment.
What are the physical and chemical properties of octane sulfonic acid?
Borax is a common mineral with unique physical and chemical properties. From the perspective of physical properties, borax is often in the form of colorless and translucent crystals, or white powder. Its crystals have a glassy luster and a smooth surface, just like the beautiful jade of heaven. Soft, with a Mohs hardness of about 2-2.5, it can be easily scratched by fingernails, just like a blade to cut mud, which is quite smooth. And its density is relatively small, about 1.69-1.72g/cm ³. When weighed in the hand, it is slightly light, unlike other heavy minerals. In terms of chemical properties, borax is a hydrate of sodium tetraborate, and the chemical formula is Na 2 [B O (OH) ] · 8H 2O O. It can be hydrolyzed in water, making the solution alkaline. When it encounters acid, it will react to form boric acid. This reaction is like an acid-base encounter, interacting with each other, which is quite wonderful. If it reacts with hydrochloric acid, boric acid and sodium chloride will be formed. And borax has a certain stability, but in high temperature environments, it will lose water and decompose, and turn into boron oxide and other products. Borax has a wide range of uses. In the industrial field, it can be used as a flux for glass and ceramics, which can reduce the melting point and make the raw materials easy to fuse. It is like the help of craftsmen, making the production process smoother. In medicine, it has the effect of disinfection and antiseptic. It can be used for the treatment of stomatitis, pharyngitis and other diseases, just like a doctor's medicine to relieve the suffering of patients. In daily life, it is also occasionally found in products such as detergents to help decontamination and descaling, and maintain a clean environment.
What is the market price of octane sulfonic acid?
In today's world, the change in the market price of cane sugar is of great concern to everyone. Guanfu cane sugar is widely used in people's livelihood, and it depends on diet seasoning and various preparations. Considering the past, the price of cane sugar is not constant, but fluctuates with various factors. The right time and the right place are related to cane planting. In case of floods and droughts, insect epidemics, and damage to sugarcane planting, the output of cane sugar will decrease, and its price will rise. On the contrary, if the weather is good, sugarcane is abundant, and sugar is abundant in the city, the price may decline. Furthermore, the plans of merchants and the implementation of decrees also have a great impact on the price of cane sugar. Merchants are hoarding and living in the city, and if there are few goods circulating in the city, the price will be high; if the government decrees that the agricultural mulberry is heavy, the industry of sugarcane cultivation is assisted, and sugar production is rewarded, the production capacity will increase and the price will be stable. And the needs of the world also affect its price. Now that people's livelihood is getting richer and the diet is seeking to improve their quality, and the demand for cane sugar may increase, this also makes the price tend to rise. As for the current price of cane sugar in the market, it often varies from time to time and place. Most of them are in Dayi, where the water and land converge, and merchants gather, and the circulation of goods is convenient, the price may be relatively easy; while in remote places, transportation is difficult, the cost increases, and the price may be slightly higher. However, in general, the price of cane sugar in recent years, although there are ups and downs, is still within the acceptable range of ordinary people. When people look at the change in its price, they can get a general idea by considering the situation, supply and demand, and government orders.