Aminomethanesulfonic Acid

Lingxian Chemical

Specifications

HS Code	745279
Name	Aminomethanesulfonic Acid
Chemical Formula	CH5NO3S
Molar Mass	97.12 g/mol
Appearance	White crystalline solid
Odor	Odorless
Solubility In Water	Soluble
Ph Aqueous Solution	Acidic
Melting Point	205 - 208 °C
Boiling Point	Decomposes
Density	1.48 g/cm³
Pka	1.1

Packing & Storage

Packing	Aminomethanesulfonic Acid: Packed in 25 - kg bags for convenient handling and storage.
Storage	Aminomethanesulfonic acid should be stored in a cool, dry, well - ventilated area. Keep it away from heat sources, open flames, and incompatible substances such as strong oxidizing agents. Store in tightly - sealed containers to prevent moisture absorption and contamination. Ensure storage facilities meet safety regulations to avoid potential chemical hazards.
Shipping	Aminomethanesulfonic Acid is shipped in well - sealed containers, following strict chemical transportation regulations. Packing ensures protection from moisture and contamination during transit to safeguard quality and safety.

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General Information

Historical Development

Amino-methanesulfonic acid is also an important product in the chemical industry. Its initial appearance originated in the exploration of scientific research. At that time, it was only a secret in the laboratory and was rarely known to the public.
The years have passed, and the chemical technology has advanced day by day. Scholars have worked hard to study its properties and ponder its methods. The magic of preparation has begun to be obtained, and it has gradually been produced on a large scale. At first, the amount produced was small, and it was only used for a few research.
It is used in a wide range of industries. In the field of medicine, it is the basis for making good medicines; in the industry of dyeing and weaving, it helps to smooth the color. Demand has increased, and production has also expanded. The process has been improved again and again, and the efficiency has improved. Therefore, aminomethanesulfonic acid has gradually become an indispensable material in the chemical industry, and its influence on various industries is growing with each passing day.

Product Overview

Today there is a product called Aminomethanesulfonic Acid. This is a product of fine chemicals with a wide range of uses and is quite important. Its shape or white crystalline powder is stable and can play a role in many fields.
In the industrial field, it can be used as an electroplating additive to help the metal coating be uniform and dense, and improve product quality. In the field of medicine, it also has a place. It is a key raw material for the synthesis of some drugs and helps the treatment of diseases.
Furthermore, in organic synthesis, it can be used as a catalyst to accelerate the reaction process and improve the reaction efficiency. The birth of this product is an important achievement in the chemical industry. It has contributed to the development of various industries and has a promising future. It will definitely play a greater role in the future.

Physical & Chemical Properties

"On the Physical and Chemical Properties of Amino-Methanesulfonic Acid"
Amino-methanesulfonic acid is an important chemical substance. Its physical properties, at room temperature, are mostly white crystalline, with a fine texture, resembling frost and snow. Its melting point is quite significant, and after repeated determination, it is about a specific numerical range. This property is a key guide in the identification and purification of substances.
In terms of chemical properties, it has a certain stability, but when it encounters specific reagents, it also changes wonderfully. In acidic or alkaline environments, reactions vary. In some reaction systems, it can exhibit unique chemical activities, or participate in bonding, or change the reaction path. These are the key points for in-depth exploration of its chemical essence, and the foundation for further research and development of related products and expansion of application fields. The intensive study of its physical and chemical properties can bring new opportunities and changes to many fields such as chemical industry.

Technical Specifications & Labeling

"Technical Specifications and Labeling (Product Parameters) of Amino-Methanesulfonic Acid"
For Amino-Methanesulfonic Acid, its technical specifications are the key. First, the purity must be extremely high, the impurity content is minimal, and it meets the delicate rules. Its color should be pure and white, without the slightest variegation, which is the logo of the appearance.
As for the characteristics, it should be fine powder under normal circumstances, with uniform texture and delicate touch. Its solubility is also determined. In a specific solvent, the rate and degree of dissolution should meet the standards.
Furthermore, the product parameters are related to its performance. For example, the pH value needs to be stable in a certain range to ensure the stability of its chemical properties. And the parameters are interrelated, affecting the whole body. It is necessary to measure accurately and control strictly in order to obtain high-quality sulfamic acid products to meet the needs of all kinds of consumption.

Preparation Method

The method of making aminomethanesulfonic acid is related to raw materials and production process, reaction steps and catalytic mechanism. The raw materials are well selected, based on methylamine and fuming sulfuric acid, etc., and the two are compatible according to specific amounts. The reaction steps are rigorous. First, methylamine and fuming sulfuric acid are slowly combined at a low temperature and quiet place, and then heated to an appropriate extent to promote their full integration. The production process is exquisite, with temperature control and precise time control to ensure the purity of the product. The catalytic mechanism uses a specific catalyst to speed up the reaction and increase the yield. This method is a common way today, and can be followed by the industry to produce high-quality aminomethanesulfonic acid products.

Chemical Reactions & Modifications

Aminomethanesulfonic Acid, its modification is very important. To study its reaction, it is necessary to modify the reaction parts, such as the degree of resistance, force and catalysis. The degree of increase, the reverse speed or increase, however, there are also high-induced side reactions. The strength of the force can also affect the reverse direction.
As for the modification, its novelty can be improved. Or increase its quality, or change its solubility, benefit. In the way of cutting, the good quality can be achieved, and the effect of modification can be obtained. Only in this way can we study the problem, observe the image, and analyze the problem, so as to obtain its true value and realize the ideal modification effect.

Synonyms & Product Names

There are many things to taste and hear, so it is necessary to distinguish their quality and use them clearly. Today there are Aminomethanesulfonic Acid, and this thing is also called by him. Although its name is different, its quality is the same.
Looking at various ancient books, there may be those named for their characteristics, or they are called from their sources. As for the market places, the names of the products marked by the merchants are also different. However, they all refer to this Aminomethanesulfonic Acid.
Although the names are mixed, they are things, and they are unique. They are all useful in various fields such as industry and medicine. Those of us who study this thing should distinguish the similarities and differences of its names and understand its quality. In this way, it is suitable for its use, and its research can be done to the best of its ability.

Safety & Operational Standards

Those who Aminomethanesulfonic Acid are also important for chemical products. In the field of work, its use is good. However, if you want to ensure the safety of its use, there must be a secret operation.
The first words are essential for hiding. Keep it in the dark, dry and clear, avoid the source of fire.
Its nature or in case of fire, it will cause danger. And the oxidation and the original materials are separated to prevent their phase from being formed and harmful.
And in the operation, the operator must use protective equipment. If you use protective clothing, wear a mask to prevent powder from entering your eyes and sucking into your lungs. If the skin or eyes are damaged, use a large amount of water quickly, and if it is heavy, it will be damaged.
In the process of making, according to the refined formula, the amount of waste and waste must be controlled. A little bit of mishap, not only the product is guaranteed, but also the situation may be improved. After the reaction is completed, the management of the product is also good. The arrangement of the product is not guaranteed, and it is not allowed to be stained.
The packaging of the product must be fixed, and the product is clear. Let the person know its nature, and avoid the shock and rain in the tank, and it will be safe.
The use of aminomethanesulfonic acid is the most important thing to handle. But everyone keeps this, so that the work can be prosperous, and the damage can be caused.

Application Area

Aminomethanesulfonic Acid, its use is quite extensive. In the printing and dyeing industry, it can be used as a dye auxiliary to help the dye be evenly colored, making the fabric bright and lasting. In the field of electroplating, it can optimize the performance of the electroplating solution, make the coating dense and smooth, and improve the appearance and protective performance of metal products. In the synthesis of medicine, it is a key intermediate, participating in the synthesis of many drugs, helping human health. In some special chemical reactions, it can also be used as a catalyst to accelerate the reaction process and improve production efficiency. With its unique properties, this substance emits light and heat in many application fields, continuing to promote the development and progress of related industries.

Research & Development

Nowadays, there is a substance called Aminomethanesulfonic Acid, which has gradually become an important trend in the field of chemical research in my country. Yu has devoted himself to studying this substance for a long time, observing its properties, and exploring its reaction mechanism.
This acid has a unique structure and its chemical activity is very different from usual. Yu Chu came into contact with this substance and felt that it contains endless mysteries. After repeated experiments, it was clear that its characteristics were due to its changes under different conditions.
In order to improve, I investigated the method of its synthesis, hoping to optimize the process and improve the yield and purity. After several efforts, it was slightly effective. The method of synthesis has gradually become more refined, and the quality of the product has also improved.
However, the road ahead is still long. In order to make it widely used, there are still many problems to be overcome. Such as cost control and environmental impact, all need to be studied in detail. I will make unremitting efforts to promote the development of this thing and make it beneficial to the world.

Toxicity Research

I have heard that the toxicity of things mentioned by various sages is related to the health of people's livelihood. Today there are Aminomethanesulfonic Acid this thing, and I have devoted myself to studying its toxicity.
Examine the classics in detail, visit Fang's family, and observe the evidence of its experiments. Observe its impact on organisms and observe its changes in the environment. Although no obvious evil poison has been found, it should not be ignored.
In biological organisms, it may cause subtle changes. If it accumulates for a long time, there may be hidden worries. In the surrounding environment, the decomposition and transformation of things also need to be studied in detail.
Toxicity research has a long way to go. When continuing to explore, its advantages and disadvantages should be clarified, so as to ensure the safety of all living beings and protect the peace of the environment. Make sure that the use of this chemical is suitable for good and harmless to the world.

Future Prospects

In the future, I have high hopes for this thing Aminomethanesulfonic Acid. Its unique nature and wide range of uses can be used for innovation in multiple domains.
In the field of work, it is expected to improve the process of transformation and production, improve the quantity of materials, and make the work more refined. On top of this, it may become the cornerstone of research and development, saving people from the world and curing diseases. In the process, it is also possible to improve the soil, promote crop growth, and increase its resistance to stress, so as to ensure the food supply.
I am convinced that in the next few days, Aminomethanesulfonic Acid will be greatly improved, and it will be on the road of development before it is developed.

Frequently Asked Questions

What are the main uses of sulfamic acid?

Aminoacetic acid, or glycine, is the simplest of amino acids. It has many main uses and plays a crucial role in many fields.
In the field of medicine, aminoacetic acid has a significant role. First, it can be used in the preparation of various drugs. Because of its good solubility and stability, it is often used as an adjunct to pharmaceutical preparations, assisting in drug molding, and improving drug stability and bioavailability. Second, aminoacetic acid has a regulatory effect on the nervous system. It can be used as a pharmaceutical ingredient for the treatment of certain nervous system diseases, helping to relieve nervous tension and improve sleep quality. Third, in terms of wound healing, aminoacetic acid can provide essential nutrients for cell proliferation and repair, accelerating the process of wound healing.
In the food industry, aminoacetic acid also plays an important role. On the one hand, it can be used as a food additive to improve the flavor of food. Because of its certain umami, it can enhance the umami of food and improve the taste of food, and is often added to soy sauce, chicken essence and other condiments. On the other hand, aminoacetic acid can be used as a food preservative. With its inhibitory effect on microbial growth, it prolongs the shelf life of food and ensures food safety.
In the chemical industry, aminoacetic acid is widely used. It can be used as an organic synthesis intermediate for the synthesis of a variety of chemical products, such as pesticides, dyes, etc. In addition, in the electroplating industry, aminoacetic acid can be used as an electroplating additive to improve the quality of the electroplating layer, making the coating more uniform and
In the feed industry, aminoacetic acid is also an important raw material. As an amino acid required for animal nutrition, it is added to feed to improve the nutritional value of feed, promote animal growth and development, enhance animal immunity, and improve breeding benefits.
In summary, aminoacetic acid plays an indispensable role in many fields such as medicine, food, chemical industry, and feed, and has a profound impact on human life and production.

What are the physical properties of sulfamic acid?

Aminoacetic acid, that is, glycine, is a kind of amino acid. It has the following physical properties:
Viewed at room temperature and pressure, it is a white crystalline powder, like fine snow, pure in quality and positive in color, uniform and delicate in particles, and smooth to the touch. This state is easy to store and use, and it is convenient in many fields.
Smell, there is little odor, and it does not contain irritating or special flavors. This property makes it safe for applications in food, medicine, and other industries closely related to people.
Taste, slightly sweet, this sweetness is mild and elegant, unlike the sweetness of common sugars, so it can play a unique role in some products that require slight seasoning and have strict flavor requirements.
When it comes to the melting point, the melting point is quite high, about 232-236 ° C. The higher melting point is due to its intermolecular forces, which keep glycine in a stable solid state under normal circumstances. As for the boiling point, because it decomposes first when heated, there is no clear boiling point. This difference in thermal stability determines its application and treatment under different temperature conditions.
In terms of solubility, it is soluble in water. At 25 ° C, about 25 grams of glycine can be dissolved per 100 grams of water, and the aqueous solution is clear and transparent. This good water solubility makes it easy to transport and participate in biochemical reactions in living organisms, and it is also convenient to participate in various reactions as a solute in chemical production. However, it is difficult to dissolve in organic solvents such as ethanol and ether, and this difference in solubility provides convenience for the separation and purification of glycine. This property can be used to effectively separate it from complex mixtures by means of organic solvent extraction.

Is the chemical properties of aminomethanesulfonic acid stable?

Aminoacetic acid, glycine, is chemically stable.
In glycine, amino and carboxyl groups coexist, and this amphoteric structure makes it exhibit different properties in different acid and base environments. In an acidic environment, amino groups can bind protons and turn into cations; in an alkaline environment, carboxyl groups give protons and turn into anions. However, this acid-base reaction is relatively mild, because the amino base and carboxyl groups are not extremely acidic.
In its solid state, the structure is closely arranged by intermolecular hydrogen bonds and electrostatic interaction, which gives a certain stability. In terms of thermal stability, the melting point of glycine is quite high, about 232 ° C. It takes more energy to melt it, which shows that the structure is stable.
In common organic solvents, glycine has poor solubility, only slightly soluble in ethanol, acetone, etc., and more soluble in water. In aqueous solutions, it exists stably in the form of dipole ions, and relies on the interaction of water molecules with amino and carboxyl groups to build a stable hydrated structure.
In chemical reactions, although both amino and carboxyl groups are reactive, under normal conditions, without suitable catalysts or reaction conditions, glycine is not easy to react spontaneously. For condensation reactions with other compounds, catalysts and heating are often required to advance.
In summary, the chemical properties of aminoacetic acid are quite stable in terms of molecular structure, physical properties, and chemical reactivity.

What are the precautions for the production of sulfamic acid?

In the case of glycolic acid, general matters need to be paid attention to. The first important factor is the fine selection of raw materials. The materials used must be high-quality, and the quantity must be high, so as to obtain the foundation of good glycolic acid. If the raw materials contain high content, it may lead to wrong paths, and the required quality of the material is low.
Furthermore, the control of anti-waste parts is essential. One degree of efficiency is low, and it needs to be well-controlled. High quality, or cause loss of control, and the side effect will be generated, reducing the efficiency of glycolic acid; low quality, low quality, and long-term consumption are also not appropriate. The power of the force cannot be ignored. The appropriate force can help the anti-profit promotion and ensure the speed of the reaction.
The use of catalysis is also unacceptable. Appropriate catalysis can greatly increase the rate of reaction and reduce the activation energy of reaction. However, the amount of catalysis and the amount of catalysis need to be carefully calibrated. If it is not accurate, it will play a catalytic effect; the amount of dosage will be lost, or the reverse will be unbalanced, which will only increase the cost.
The cost of the reverse process is also important. By means of general analysis methods, such as color and light, close attention will be paid to the process of reaction, insight into the consumption of reaction materials, and the generation of reaction materials, so as to integrate the reaction materials in a timely manner and ensure the progress of the reaction.
The step of lifting the reaction material also requires careful operation. The generation of acetic acid is mixed in the anti-reaction system, and if you want to obtain high-quality products, you must concentrate. Only by using appropriate methods, such as crystallization, extraction, steaming, etc., can high-quality acetic acid be obtained by removing and lifting the raw materials.
Where this is the case, it is necessary to be careful to avoid it.

What is the market price trend of sulfamic acid?

Aminoacetic acid, or glycine, is influenced by many factors.
Looking at its raw materials, glycine is often prepared from chloroacetic acid and ammonia. If the price of chloroacetic acid fluctuates due to fluctuations in upstream chemical raw materials, production process changes or market supply and demand mismatches, the cost of glycine will follow. The same is true for ammonia. The dynamics of the synthetic ammonia industry and fluctuations in energy prices will be transmitted to the glycine field, which will affect its price.
The supply and demand situation is also key. On the demand side, the food industry uses it as a flavoring agent and nutrient enhancer. If the consumer market's demand for food quality and nutrition rises, the demand for glycine may rise. In the pharmaceutical field, it is used for the synthesis of various drugs. The expansion of the pharmaceutical industry and the progress of new drug research and development will affect demand. The feed industry is another major demand side. The scale of livestock and poultry breeding and the adjustment of feed formulas are all related to the amount of glycine used. On the supply side, the expansion or contraction of production enterprises, the starting rate, and the entry of new enterprises or the withdrawal of old enterprises all affect the market supply. When supply exceeds demand, prices are under pressure; if supply exceeds demand, prices will rise.
Market competition factors should not be underestimated. The number of enterprises in the industry and the degree of product differentiation all affect the price. There are many enterprises and serious product homogeneity, fierce competition, price wars or now, pulling down the overall price; if enterprises rely on technological innovation and quality improvement to form a differentiated advantage, pricing power may be enhanced.
Policies and regulations also play a role. With stricter environmental protection policies, glycine producers may need to invest more in pollution control costs, raising production costs and driving prices up; industrial policies support or guide industry consolidation, affecting market patterns and price trends.
International market fluctuations will also be affected. The global economic situation affects glycine international trade, and exchange rate changes affect import and export price competitiveness. Changes in glycine production capacity and demand in other countries are transmitted through international trade, impacting domestic market prices.
In summary, the market price trend of aminoacetic acid is the result of a combination of factors such as raw materials, supply and demand, competition, policies, and international markets. All factors are intertwined, resulting in complex and volatile price trends.