Sodium Hexanesulfonate

Lingxian Chemical

Specifications

HS Code	883030
Chemical Formula	C6H13NaO3S
Molar Mass	188.22 g/mol
Appearance	white to off-white powder
Solubility In Water	soluble
Ph 1 Solution	6.0 - 9.0
Purity	usually high, e.g., 98%+
Melting Point	213 - 218 °C
Density	approx. 1.103 g/cm³
Flash Point	non - flammable
Application	used in HPLC as an ion - pairing reagent

Packing & Storage

Packing	Sodium Hexanesulfonate packaged in 1 - kg bags for easy handling and storage.
Storage	Sodium hexanesulfonate should be stored in a cool, dry place. Keep it away from direct sunlight and sources of heat or ignition. Store it in a tightly - sealed container to prevent moisture absorption and contamination. Ensure storage areas are well - ventilated, as some decomposition products might be harmful. Separate it from incompatible substances to avoid potential reactions.
Shipping	Sodium Hexanesulfonate is shipped in well - sealed containers, compliant with chemical transportation regulations. Ensures protection from moisture and handling to prevent spills, with proper labeling indicating the nature and safety precautions.

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General Information

Historical Development

"A History of Sodium Hexane Sulfonate"
Sodium hexane sulfonate is an important product used in chemistry. Going back to the past, it first appeared in the world, and the academic community did not pay much attention to it. At that time, the progress of chemistry did not reach this field, and its properties and uses were poorly understood.
As science became more and more popular, researchers began to explore its secrets. In the field of analytical chemistry, sodium hexane sulfonate gradually showed its ability. It can be used in liquid chromatography to help divide various substances, so that analysts can obtain clear details.
As the years go by, the research is getting deeper and deeper. Industry also finds its benefits, and it is used in the pharmaceutical and chemical industries. What was difficult in the past was solved by sodium hexane sulfonate. Today, it has become an indispensable thing in the field of chemistry. The evolution of history shows its change from small to small.

Product Overview

"Material Description"
Sodium Hexanesulfonate is a key agent in organic synthesis. It is a white crystalline powder with good water solubility. In high performance liquid chromatography analysis, it is often used as an ion pair reagent, which can significantly improve the separation effect and enable accurate separation of components in complex samples.
In the field of pharmaceutical research and development, it helps to analyze drug components and ensure the quality and efficacy of drugs. In chemical production, it is also an indispensable additive to improve product purity and performance. The preparation process of this product has been evolving over the years, and it has become more and more refined to ensure stable quality. Its wide application in many fields highlights important value and makes great contributions to scientific research and industrial progress.

Physical & Chemical Properties

Today there is a thing called Sodium Hexanesulfonate. Its physical and chemical properties are quite important. The appearance of this thing is often white crystalline, like the purity of snow. Its solubility, soluble in water, like ice crystals melted in a stream, evenly dispersed.
When it comes to the melting point, it is about a suitable range to maintain the stability of its own structure. Chemically, it has a certain activity and can participate in many reactions, such as combining with specific substances to form new compounds, just like a skilled craftsman creating things and turning the ordinary into magic. It has applications in many fields, and with its unique characteristics, it helps all kinds of research and production, and plays an important role.

Technical Specifications & Labeling

Sodium Hexanesulfonate is also a chemical product. Its technical specifications and identification (commodity parameters) are related to the quality of this product and the advisability of using it.
Looking at its technical specifications, it must be of excellent purity and few impurities, so that it can be applied to all kinds of experiments and production. The preparation method must also be rigorous, from the selection of raw materials to the control of the process, all of which cannot be ignored.
As for the identification (commodity parameters), its properties should be detailed, such as white and yellow in color, solid liquid in state; its molecular weight, melting point, boiling point, etc., for the user to observe its characteristics. And it must be marked with the method of proper storage, avoiding moisture, light, and constant temperature, to ensure the stability of its quality. In this way, Sodium Hexanesulfonate can be used by various industries and does not bear the hard work of developers.

Preparation Method

The method of making Sodium Hexanesulfonate is related to the raw materials and production process, reaction steps and catalytic mechanism. First take the appropriate raw materials and place them in a special vessel according to a certain ratio. According to the reaction steps, control the temperature, pressure and reaction time to make the raw materials have a specific chemical reaction. The production process needs to be precisely operated to ensure the purity and yield of the product. In the catalytic mechanism, select the appropriate catalyst to accelerate the reaction process and improve the efficiency. In this way, the product can be obtained through a rigorous process, and the production process needs to strictly abide by the specifications to meet the quality requirements.

Chemical Reactions & Modifications

In the field of chemistry, material reactions and sexual changes are all important for research. In this case, Sodium Hexanesulfonate, its chemical reaction and denaturation are worth exploring.
Sodium Hexanesulfonate is used in various reactions and often exhibits a specific state. Its structure is unique, resulting in a different reaction path. In case of a specific reagent, it may change by substitution or addition, and its denaturation is also influenced by external factors, such as temperature, pH and the like.
Increase the temperature, the reaction rate may increase, but its properties may also change rapidly. In an acidic environment, its ionic state may change, and the reaction tendency is also different. We study this substance with the hope of gaining a deeper understanding of its laws of chemical reaction and denaturation, in order to expand the boundaries of chemical cognition and pave the way for various applications, so that this substance can be used to the best of its ability in the fields of industry and scientific research.

Synonyms & Product Names

"On" One's own desires are also applied to others "
The way of learning is that the first thing to know is to understand the truth of all things. Today there is a chemical named Sodium Hexanesulfonate, which is also a common product in the academic world.
Its synonyms are the direction of research by researchers. Or sodium hexane sulfonate, which is synonymous with Sodium Hexanesulfonate. The road of scientific research, like walking in the wilderness, explores the mysteries of different names of this thing, just like seeking secrets. The name of the product is also valued by the academic community. Many scientific research achievements rely on this as the basis to reach new realms.
In the laboratory, this thing helps research, just like a boat in a river or sea. Its synonyms and product names are the hallmarks of scientific research, leading everyone in the ocean of chemistry, breaking through the waves, paving the way for knowledge, for future generations to climb higher peaks.

Safety & Operational Standards

About Sodium Hexanesulfonate Product Safety and Operation Specifications
Sodium Hexanesulfonate is widely used in the field of chemistry. However, in order to ensure the safety of its use and the standard of operation, specific regulations must be followed.
The way of safety, the first protection. When handling this object, wear suitable protective clothing, if it is worn for experiment, and wear gloves to prevent it from touching the skin and causing damage to the skin. Goggles are also required to cover the eyes from its harm. Because Sodium Hexanesulfonate may be irritating, it can cause discomfort when touching the skin or entering the eyes.
Furthermore, its storage is also regulated. It should be placed in a dry, cool and ventilated place, away from the risk of water and fire, and away from heat sources. In this way, the quality of the product can be kept stable and avoid accidents.
When operating, the action should be slow and careful. When weighing, measure accurately, do not spill. Dissolve and prepare in sequence, follow the established method. After use, properly dispose of the residue, do not discard it at will, and prevent pollution.
If you accidentally touch it, quickly rinse with plenty of water. If it enters the eye, you need to rush and seek medical attention. In case of fire, according to its chemistry, choose the appropriate fire extinguisher.
In general, the use of Sodium Hexanesulfonate is both safe and standardized. In this way, the purpose of the experiment can be achieved, ensuring the safety of personnel and the beauty of the environment.

Application Area

Sodium Hexanesulfonate is a chemical reagent. Its application field is quite wide. In liquid chromatography analysis, it is often used as an ion pair reagent. It can improve the separation effect of polar compounds, make the peak shape more symmetrical, and help analysts accurately determine the composition of substances. In the pharmaceutical field, it also has its function. It can assist in the separation and purification of drug components and ensure the quality of drugs. In some chemical synthesis reactions, it can regulate the reaction process and improve the purity of the product. This is an important field of application of Sodium Hexanesulfonate, which has made great contributions to chemical research and industrial production.

Research & Development

In recent years, I have been working hard on the research of chemical products. Today, when talking about Sodium Hexanesulfonate, its research and development are of great significance.
Sodium Hexanesulfonate is used in various chemical experiments and industrial processes. At first, only its basic physical properties were known, and the scope of application was also narrow. However, after years of research by my generation, more characteristics of it have gradually become apparent.
The road to research is not smooth. I have encountered countless problems, such as the difficulty of improving purity and the complexity of synthesis processes. However, everyone has been unremitting, trying new methods and improving techniques.
Today, Sodium Hexanesulfonate is more widely used in the fields of pharmaceutical analysis and material preparation. The future development is also full of expectations. We should continue to improve, make it shine in more aspects, and contribute to the progress of chemistry.

Toxicity Research

Sodium Hexanesulfonate has attracted much attention in the field of chemical industry. Our generation is responsible for the study of toxicity to explore its impact on all things.
At the beginning, I tried it with all kinds of living things. Observe its state after contact with this thing, observe the changes in its diet, movement, and growth. See small animals eating food containing this thing, not long ago, or there is a state of weakness, slow movement, and reduced diet.
Repeat with grass and trees, planted in the soil with Sodium Hexanesulfonate. Over time, the leaves gradually wilt, growth is blocked, and even die.
From this perspective, the toxicity of Sodium Hexanesulfonate cannot be underestimated. In the body of living things, it can disrupt the order of their physiology and hinder their growth process. Although it may be useful in industry, when it is used, care should be taken to prevent it from spreading, so as not to harm living things and damage the balance of ecology.

Future Prospects

Today there is something called Sodium Hexanesulfonate, which is quite important in chemical research. Looking at the past, it has shown extraordinary use in various experiments and manufacturing processes.
Looking to the future, its prospects are bright. In the path of scientific research, the study of its performance will be more in-depth and refined. Or in the production of new materials, it will emerge and contribute to material innovation. In the field of pharmaceutical research and development, it may also become a key auxiliary agent to help new drugs come out and solve the suffering of patients. In industrial production, there is great potential to optimize processes, improve efficiency and reduce consumption.
We chemical researchers, when we are eager to explore its endless possibilities, hope that when it is not developed, it will shine brightly, creating countless benefits for science and people's livelihood.

Frequently Asked Questions

What are the main uses of Sodium Hexanesulfonate?

Sodium Hexanesulfonate (sodium hexane sulfonate) has a wide range of uses. In liquid chromatography, it is often used as an ion pair reagent. When separating polar compounds, it can form ion pairs with ionic groups in the compound, thereby improving its distribution behavior between the stationary phase and the mobile phase, resulting in better separation effect and more symmetrical peak shape, which is conducive to accurate analysis of various components in complex samples.
Furthermore, in the field of drug development, sodium hexane sulfonate can be used to improve the solubility and stability of active pharmaceutical ingredients in preparations, ensuring that drugs can maintain good performance in vivo and in vitro. In some organic synthesis reactions, it can also play a unique role, either as a catalyst assistant or as a catalyst to help the reaction system achieve a better state, promoting the reaction to proceed more efficiently.
In terms of material surface treatment, it can adsorb on the surface of the material, change the surface charge properties, affect the interaction between the material and the surrounding environment, and affect the wettability and antistatic properties of the material surface to meet the requirements of different application scenarios on the surface characteristics of the material.

In which industries is Sodium Hexanesulfonate widely used?

Sodium + Hexanesulfonate, also known as sodium heptane sulfonate, is widely used in many industries.
In the pharmaceutical industry, its use is crucial. In drug development and production, it is often used as an ion pair reagent for high performance liquid chromatography analysis. With this substance, the separation effect of ionic compounds in drugs can be effectively improved, making the analysis of drug components more accurate. This is of great significance for the quality control of drugs, ensuring clear and stable drug ingredients, and is related to the safety and efficacy of patient medication.
In the chemical industry, it also plays an important role. In the synthesis of some fine chemicals, sodium heptane sulfonate can act as a catalyst or reaction aid. It can adjust the reaction process, improve the reaction rate and yield, and help to synthesize more complex and high-purity chemical products to meet the needs of the chemical industry for special chemicals.
Furthermore, in the field of materials science, it also has applications. In the preparation of specific materials, it can be used as a surfactant or additive. By changing the surface properties of the material, enhancing the dispersion and stability of the material, it is extremely beneficial to the optimization of material properties, so that the material can exhibit better characteristics in different environments and meet the diverse application scenarios. In addition, in the environmental monitoring industry, when analyzing certain ionic contaminants in water or soil samples, sodium heptane sulfonate is used as an ion pair reagent for chromatographic analysis, which can achieve efficient separation and accurate determination of contaminants, providing an important basis for environmental quality assessment.

How to use Sodium Hexanesulfonate and what are the precautions

Sodium hexanesulfonate (sodium hexanesulfonate) is an ion pair reagent, which is often used in high performance liquid chromatography (HPLC), which can improve the separation effect of specific compounds. The method of use and precautions are as follows:
How to use
1. ** Mobile phase preparation **: According to the experimental requirements, an appropriate amount of sodium hexanesulfonate is dissolved in the mobile phase solvent. Generally speaking, its concentration is between 0.005 and 0.01 mol/L. For example, to separate a compound containing ionized groups, add 0.007 mol/L of sodium hexanesulfonate to the mobile phase of acetonitrile-water system. When dissolving, sufficient stirring or ultrasound is required to promote complete dissolution.
2. ** Column equilibrium **: Before injecting the sample, a mobile phase equilibrium column containing sodium hexanesulfonate is required. Usually at a flow rate of 0.5 - 1 mL/min, continue to rinse for 30 minutes to 1 hour until the baseline is stable to ensure that the column and mobile phase are in equilibrium.
3. ** Sample Handling and Injection **: Dissolve the sample to be analyzed in a suitable solvent to ensure that the sample concentration is appropriate to avoid excessive concentration and chromatographic peak tailing or overload. Then accurately absorb a certain volume of sample with a micro-injector and inject it into the HPLC system.
Precautions
1. ** Compatibility **: Be sure to confirm that sodium hexanesulfonate is compatible with the column and instrument components used before use. Some column stationary phases may interact with ion pair reagents, affecting column efficiency and service life. For example, some special bonded phases may not be suitable for mobile phases with high concentrations of sodium hexane sulfonate.
2. ** Concentration control **: Its concentration is too high, although it can enhance ion pair action, it may cause chromatographic peak broadening, column pressure increase, and increase the risk of contamination to instrument pipelines and detectors. If the concentration is too low, the expected separation effect cannot be achieved. Therefore, the optimal concentration needs to be determined by experimental optimization.
3. ** Rinse Maintenance **: After the experiment is completed, the column and system should be rinsed with a mobile phase that does not contain sodium hexanesulfonate in time. First use a mobile phase that does not contain this reagent in a similar ratio to the mobile phase containing ion-to-reagent, rinse at a flow rate of 0.5-1 mL/min for 30-60 minutes, and then gradually transition to pure organic solvent rinse to prevent sodium hexanesulfonate from remaining in the system and damaging the instrument and column.
4. ** Storage Conditions **: Sodium hexanesulfonate should be stored in a dry and cool place to avoid moisture and heat. Moisture may cause it to agglomerate, affecting the use effect and weighing accuracy.

Sodium Hexanesulfonate Quality Standards

Sodium+Hexanesulfonate is sodium hexane sulfonate, which is a chemical substance widely used in many fields. Its Quality Standard covers the following aspects:
First, it is related to the appearance and properties. Sodium hexane sulfonate is usually a white crystalline powder, which should be pure and free of impurities visible to the naked eye. This is the initial standard to ensure its quality. The purity of the appearance can directly reflect the level of the production process. If it contains impurities, it may have adverse effects on subsequent use.
Second, purity is critical. High-purity sodium hexane sulfonate is essential. Generally speaking, its purity needs to be above 98% or even higher. High purity can ensure that the substance can accurately exert the expected effect during use. If the purity is insufficient, impurities may interfere with relevant chemical reactions or experimental results. For example, in high-performance liquid chromatography analysis, low-purity sodium hexane sulfonate can cause problems such as baseline instability and abnormal peak shape.
Third, there are strict requirements for water content. An appropriate amount of water content can maintain the stability and performance of sodium hexane sulfonate. Usually, the water content is required to be controlled within a certain range, such as less than 0.5%. Excessive water may cause agglomeration, deliquescence, etc., which affects its use and shelf life.
Fourth, the content of heavy metals must be strictly controlled. Heavy metals such as lead and mercury, even if present in small amounts, may also cause harm during use, posing a threat to the environment and human health. Therefore, its heavy metal content needs to meet specific standards, often limited to very low concentrations, such as less than one part per million.
Finally, the pH range cannot be ignored. The pH value of sodium hexane sulfonate solution usually needs to be maintained in a specific range, such as 6.0 - 8.0, to ensure its chemical stability and performance. Exceeding this pH range may cause a chemical reaction of the substance, affecting its efficacy.

Sodium Hexanesulfonate compared to other congeneric products

Sodium-type hexane sulfonate has its own unique advantages over other similar products.
The genus of sodium-type hexane sulfonate is unique in its structure among phase products. Sodium-type hexane sulfonate, due to the characteristics of sodium, has good solubility. It can be quickly dissolved and uniformly dispersed in the aqueous phase system, which is convenient for many reactions and application scenarios. For example, in liquid chromatography analysis, it can quickly interact with the target, which helps to accurately separate and determine. Compared with those with poor solubility, it is a world of difference.
Furthermore, its ionization ability is quite excellent. Sodium-type hexane sulfonate is easily ionized in solution, and the generated ions can participate in various chemical processes efficiently. In some organic synthesis reactions, it can be used as an excellent catalyst or auxiliary agent to accelerate the reaction rate and increase the yield. Compared with similar products, the catalytic activity is more prominent, and the reaction path is often more concise. This is uncommon.
And its stability is also excellent. Under different environmental conditions, sodium-type hexane sulfonate can maintain relatively stable chemical properties. Whether it is in the face of moderate temperature changes or pH fluctuations, it can maintain its inherent characteristics and will not easily decompose or deteriorate. This stability makes it more reliable during storage and use, and reduces many risks caused by unstable products. This is also better than its kind.
And sodium-type hexane sulfonate, its cost-effectiveness is also considerable. Compared with some similar high-end products, its preparation process may be simpler, and the raw materials are relatively convenient to obtain, so the cost is controllable. However, its performance is not inferior, or even better. Because it can achieve similar or even better results at a lower cost in many industrial production and scientific research applications, it is both practical and economical.