Guanidine Nitrate

Lingxian Chemical

Specifications

HS Code	867255
Chemical Formula	C(NH2)3NO3
Molar Mass	122.09 g/mol
Appearance	white crystalline solid
Solubility In Water	highly soluble
Melting Point	214 - 216 °C
Density	1.442 g/cm³
Odor	odorless
Ph Of Aqueous Solution	approx. neutral
Stability	stable under normal conditions
Hazard Class	oxidizing agent

Packing & Storage

Packing	Guanidine Nitrate in 500 - gram bottles, securely packaged for safe transport.
Storage	Guanidine nitrate should be stored in a cool, dry, well - ventilated area. It should be kept away from heat sources, flames and incompatible substances like reducing agents, acids, and combustibles. Store it in a sealed container to prevent moisture absorption and potential decomposition. Adhere to proper labeling to avoid mix - ups and ensure availability of safety data sheets.
Shipping	Guanidine nitrate is a hazardous chemical. Shipping requires compliance with strict regulations. It must be in appropriate, secure containers, labeled clearly. Special arrangements are made for safe transportation to prevent spillage and ensure safety.

Free Quote

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General Information

Historical Development

"A History of Guanidine Nitrate"
The ancient chemical sages were unremitting and diligent in material exploration. The origin of guanidine nitrate was not achieved overnight.
In the past, the sages studied the physical properties, and they first got involved in this product, but they did not know all about it. After several generations of researchers, their minds were exhausted, and they gradually realized the principle of reaction and the method of preparation. It was obtained by crude method, but the quality was not pure and the use was limited.
However, the researchers were not discouraged, and they studied and improved their skills over the years. From simple utensils to fine instruments; from ignorant methods to complete techniques. The quality of guanidine nitrate is gradually improving, and it is also widely used. In the industry of fireworks, increase its splendor; in the road of medicine, explore its potential. This is the work of researchers of all generations, so that guanidine nitrate from obscure to prominent, in the field of chemistry, its brilliance, for future generations, promote the progress of science, its history, but also a brilliant chapter in chemistry.

Product Overview

The guanidine nitrate is also a genus of chemical substances. Its properties have unique characteristics. Looking at its shape, it is often in the shape of white crystals and has a well-proportioned texture.
In terms of its quality, the stability is quite high, and it may change in specific situations. In the field of industry, it has a wide range of uses. It can add its splendid color to the manufacture of fireworks and make fireworks bloom in variety; in some chemical synthesis, it is also a key raw material, helping to generate a variety of products.
The method of preparation, through rigorous chemical processes, with precise proportions and suitable conditions, can achieve this good product. Although its use is beneficial, when operating, it is also necessary to strictly abide by the procedures to ensure safety and avoid accidents.

Physical & Chemical Properties

The guanidine nitrate has unique physical and chemical properties. Looking at its shape, it is mostly white crystalline under normal circumstances, delicate and uniform, just like the micro-powder of snow. Its quality is stable, and it is also at risk of decomposition in case of heat or strong impact.
In terms of its solubility, it is easily soluble in water, just like salt in a soup, instantaneously invisible, and the solution is clear and transparent. Its aqueous solution is neutral, without strong acid or caustic alkali.
In terms of heat, when heated to a specific temperature, it will decompose and release gases such as nitrogen oxides. This property is useful in fireworks, blasting and other fields, and can be used to help cause and increase the effect of explosion.
In terms of chemical activity, guanidine nitrate can react with many reagents or form new compounds. Its wonderful properties are essential for chemical research. To be further explored by researchers, it can be used for the benefit of the world.

Technical Specifications & Labeling

"On the Process Specification and Identification (Product Parameters) of Guanidine Nitrate"
The process specification is related to the production method. From the selection of materials, pure and excellent materials must be required. In the reaction process, temperature, duration, and ratio must be precisely controlled. If the temperature is controlled in a certain range, the material is mixed in a certain proportion, and the reaction takes a few hours to achieve its high quality.
Its identification (product parameters) is also important. It is necessary to clarify its purity geometry and impurity geometry, which is a sign of quality. It also shows the characteristics, if the color is white and yellow, the state of solid liquid, the user can see at a glance. And show safety precautions, in case of fire or water, to ensure the safety of the user. Such process specifications and labels can make guanidine nitrate products suitable for use.

Preparation Method

The raw materials and the production process are the key to the method of making guanidine nitrate. The raw materials are often guanidine and nitric acid, and the two are mixed in an appropriate proportion. In the production process, the reaction steps must be careful. First dissolve guanidine in an appropriate amount of solvent, slowly inject nitric acid into it, and control the temperature to a suitable degree to make the two react calmly. The catalytic mechanism cannot be ignored, and a specific catalyst can be added to promote the quick reaction and increase the yield. In this way, according to this method of making guanidine nitrate, the quality of the product can be obtained by following the ends of raw material compatibility, reaction steps and catalytic mechanism.

Chemical Reactions & Modifications

The transformation, reaction and change of guanidine nitrate can be quite studied. Its transformation is also divided when heated, and it releases oxygen and burns, which is normal. Or combine with other substances, such as in contact with acid, the metamorphism changes, and the ionic phase is easy to form a new quality.
If you want to improve its properties, you can change the method of its preparation. Choose pure raw materials, control temperature and pressure, and keep it when it is, so that it should be complete and of good quality. It can also adjust the preparation of its agents, increase its stability, and change its activity. Through these changes, hope to obtain the goodness of guanidine nitrate, so that it can be used in various applications, in industry and research, all help, and improve people's wisdom, so as to benefit the progress of the world.

Synonyms & Product Names

Guanidine nitrate (Guanidine Nitrate), in the field of chemical products, its synonymous name and commodity name can also be seen. Although there is no detail in the ancient description of chemical products, there are still traces to be found.
Guanidine nitrate, or those called "nitrate guanidine", is also a synonymous name. As for the name of the product, it used to vary according to the place of origin and production method. Gu Yun: "Each thing has a name, and the name is to show the truth." The names of guanidine nitrate are all to show its characteristics.
The name of the product, among the industry, may be added with a font, such as "Ruifeng brand nitrate guanidine", etc., all of which are different from its kind and recognize its characteristics. There are also those who are famous for their uses. If it is the aid of gunpowder, it may be called "fire nitroguanidine". Although the ancient chemistry is not as refined as it is today, the way of naming it also follows the facts, hoping that those who know it will understand its nature and use it.

Safety & Operational Standards

If the Guanidine Nitrate, it is also a thing to transform. For its safe operation, we must not be careless.
Its characteristics are certain, and if it encounters or bumps, it is afraid of dangerous damage. Therefore, if it exists, it is appropriate to use a cool, dry and smooth place to avoid fire and avoid the source of fire, and prevent it from being stimulated.
When operating, you must follow the rules. The operator should wear suitable equipment, such as anti-clothing, gloves, eyes, etc., which will not affect himself before it occurs. And do not operate it to eat or inhale, so as not to allow poisons to enter.
If there is an accidental drop, do not panic. The source of fire is first, and the next time it is quickly cleared, it should be contained with suitable things, and do not let it escape. If the skin is not used, use a large amount of water as soon as possible, and ask for it; if it is in the eye, it is also the same as the law, urgent, and quick.
Use the storage, and check its usage and storage. Check it regularly to ensure its safety. Colleagues also inform each other of their needs, and keep the safety together. In addition, Guanidine Nitrate is used for the objects of chemical inquiry, but the safe operation is an important thing that we cannot ignore at the beginning, so as to ensure the safety of the person.

Application Area

Guanidine nitrate is widely used. In medical medicine, it can be used to make various medicines, cure diseases, and have the ability to settle diseases. Between farms, it can be used as a fertilizer aid to promote the growth of plants and help their seedlings grow. And in the industry of fireworks, it also has its function, which can adjust the color and shape of fireworks, making them gorgeous. In chemical production, it can be used as a raw material and is the basis for all kinds of products. The use of guanidine nitrate is also used in the fields of medicine, agriculture, fireworks, and chemical industry, each of which can develop its strengths and benefit the world. Therefore, many people who study it hope to make the best use to benefit people's lives.

Research & Development

Guanfu Guanidine Nitrate is of great significance in our research. It has unique properties and great potential for application. We have studied it for a long time, carefully observing its structure and characteristics, and exploring the mechanism of its reaction.
At the beginning, our understanding of it was still shallow, and many doubts were yet to be solved. However, we have made unremitting efforts and repeated experiments to gradually understand its mysteries. In the preparation method, it has been improved many times to be efficient and pure.
In terms of application expansion, we have also tried many times. We found that it can play a unique role in some fields and can help the progress of related industries. Although the road ahead is difficult, we uphold the spirit of research and are determined. With our research, we can make the application of Guanidine Nitrate more extensive, promote the development of this field, and leave beneficial results for future generations.

Toxicity Research

A taste of the chemical industry is related to the safety of people's livelihood, and the study of substance toxicity is particularly important. Today there is a substance named "Guanidine Nitrate", and the study of its toxicity cannot be ignored.
Examine the classics in detail, examine its physical properties, and observe its impact on the environment and human body. Or in water bodies and soils, quietly migrate and transform, causing ecological changes. If you accidentally touch it, it will enter the skin, mouth and nose, and may damage the organs, causing chaos of qi and blood.
However, the study of toxicity cannot be done overnight. When using scientific methods, we should observe the relationship between its concentration, duration and effect, analyze the mechanism of its molecules, and clarify the path of its toxicity. It is hoped that the true meaning can be discovered, providing a solid foundation for protection policies and governance methods, ensuring the well-being of the people and protecting the tranquility of nature.

Future Prospects

Guanfu Guanidine Nitrate has shown extraordinary ability in this world. It has many applications in the field of chemical industry, either as a raw material or as a reaction aid, and its effect is quite good.
However, our eyes should be looking at the future development. It is expected that in the future, with the new technology, this product will be even better. Or in the method of synthesis, get exquisite techniques, reduce its consumption, increase its production, and benefit environmental protection. Its application will also expand. In the road of medicine, or as a good medicine for treating diseases; in the world of materials, or as a novelty.
The unfinished road is full of variables and full of hope. Our chemical industry experts should study it diligently, explore its potential, and make it shine brightly in the future, contributing to the progress of the world and living up to expectations.

Frequently Asked Questions

What are the common uses of guanidine nitrates?

The common use of borax has been used in ancient times, and it is used in all kinds of skills and people's livelihood.
First, in metallurgy, borax is often used as a melting aid. In the work of the observer's casting tool, to make the metal melt smoothly and remove impurities, borax can be a good aid. It can reduce the melting point of the metal, so that the metal can be turned into a liquid at a lower temperature, and can be combined with impurities in the metal, floating on the surface of the liquid metal, easy to skim, so that the casting tool is purer and has a good texture. For example, when the ancient swordsmiths cast swords, or put borax in the furnace to help the melting of steel, making the blade tougher and sharper.
Second, in the art of ceramic firing, borax is also very useful. It can add luster and hardness to the composition of the glaze. When the ceramic body is glazed into the kiln for firing, borax is fused with other glaze components under high temperature to form a smooth and strong glaze. Not only can it beautify the appearance of ceramics and make their colors more gorgeous, but it can also enhance the water resistance and wear resistance of ceramics, making ceramic utensils durable. Borax may have contributed to the delicate luster of the glaze of the ancient official kiln.
Third, in medicine, borax has also been used as medicine. The ancients observed its effects of clearing away heat and eliminating phlegm, detoxifying and antiseptic. In case of sores on the tongue and throat, borax is often used as medicine to make a powder and blow on the affected area to achieve the purpose of reducing swelling and pain, clearing away heat and detoxifying. However, when using medicine, you must be cautious, because although the toxicity is small, you should not use it excessively.
Fourth, in the printing and dyeing textile industry, borax can be used as a mordant. When the fabric is dyed, borax can promote better combination of dye and fabric fibers, making the dyeing more uniform and firm, and the dyed color is not easy to fade. In this way, the color of the fabric can be bright for a long time, satisfying the pursuit of the beauty of clothing and fabrics in the world.

What are the physical properties of guanidine nitrate?

Borax is an important compound of boron, and it is also a common boron-containing mineral. Its physical properties are quite unique, and the following is the detailed description of you.
The shape of borax is usually colorless translucent crystals or white crystalline powder. Its crystal structure is regular and orderly, so its appearance is quite beautiful, often in the form of block or granular aggregates. Under the illumination of light, colorless and translucent borax crystals seem to emit a soft light, giving it a unique charm.
When it comes to color, pure borax is colorless, but if it contains some impurities, it may be slightly light gray, light yellow, light blue or light green. These subtle color changes are just like the unique imprints given by nature, making it show a different appearance in different environments.
The luster of borax is also unique, with a glassy luster. When touched on the surface, the smooth feeling is revealed, just like the carefully carved beauty of jade. This glass luster makes the borax visually more crystal clear, as if it contains endless mystery.
In terms of hardness, the Mohs hardness of borax is about 2-2.5. This hardness is relatively low, and it can be scratched lightly by the fingernails, or it can leave marks. This property indicates that the texture of borax is relatively soft, in sharp contrast to many minerals with higher hardness.
Borax has complete cleavage, and it is easily broken along a specific crystallization direction, forming a flat and smooth cleavage surface. This property is closely related to the internal crystal structure of borax, reflecting the regularity of its atomic arrangement.
Its density is about 1.69 - 1.72g/cm ³, which is slightly lower than that of some common minerals. This density characteristic makes borax feel lighter and less burdensome in the hand.
Furthermore, borax has a certain degree of water absorption. When placed in the air, it can slowly absorb water. This characteristic affects its storage environment and needs to be placed in a dry place to prevent moisture decomposition.
Borax has unique physical properties. It shows its own characteristics in terms of morphology, color, gloss, hardness, cleavage, density and water absorption. It has important research and application value in mineralogy and related fields.

Is the chemical property of guanidine nitrate stable?

Borosilicate is a compound formed by the combination of boron, silicon, oxygen and other elements. The determination of its properties depends on many factors.
First and foremost, the characteristics of its properties are of paramount importance. The degradation and density of borosilicate are characterized by the degree of its phase. The combination of boron-oxygen and silicon-oxygen is high in energy, and it takes a lot of energy to make it crack. Therefore, under normal conditions, borosilicate is a kind of chemical reaction, and its chemical properties are determined.
Furthermore, its crystalline properties also have an important impact. Borosilicate acids usually have specific crystals, and the atoms are arranged in an orderly manner in the lattice. This orderly arrangement increases the quality of their properties, so that external factors can be determined by the position of the phase of their atoms, and the stability of their properties can be determined.
However, it is not possible to determine their properties uniformly. If the environment is difficult, such as in the environment of high temperature, high temperature or high temperature, the quality of borosilicate acids will also be affected. Under high temperature, the addition of atoms, the cracking and re-generation of atoms are more likely to occur; the acid can be reversed and its original transformation can be broken.
Of course, under normal environmental conditions, the chemistry of borosilicate can be determined, and the transformation of environmental factors can make its qualitative change. Therefore, the determination of its transformation cannot be determined by environmental factors.

What is the production process of guanidine nitrate?

The borax anhydride, that is, diboron trioxide ($B_2O_3 $), is prepared by the following process:
To obtain borax anhydride, borax is often used as the starting material. The borax is sodium tetraborate ($Na_2B_4O_7 · 10H_2O $) containing crystalline water.
First dissolve the borax in an appropriate amount of hot water, and wait for it to fully dissolve to form a clear solution. This process requires slow heating and constant stirring, so that the borax is evenly dispersed in the water, soluble and free of agglomeration.
Then, in the resulting borax solution, slowly drop an appropriate amount of sulfuric acid. Sulfuric acid and borax then chemically react. The formula for the reaction is: $Na_2B_4O_7 + H_2SO_4 + 5H_2O = 4H_3BO_3 + Na_2SO_4 $. In this reaction, borax and sulfuric acid react to form boric acid ($H_3BO_3 $) and sodium sulfate ($Na_2SO_4 $). When adding sulfuric acid dropwise, the action should be slow and stirred continuously to make the reaction sufficient and smooth to prevent overreaction.
After the reaction is completed, let the mixture stand for a while to precipitate impurities such as sodium sulfate in the bottom. Then, take the supernatant and filter it to precipitate impurities to obtain a pure boric acid solution.
Then heat and evaporate the boric acid solution to gradually lose water. As the water content decreases, the concentration of boric acid gradually increases, and finally the crystallization precipitates. Collect boric acid crystals, place them in a crucible, and burn them at high temperature. The boric acid is decomposed by heat, and the decomposition formula is: $2H_3BO_3\ stackrel {\ Delta }{=\!=\!=} B_2O_3 + 3H_2O $. After this high temperature burning, the boric acid is dehydrated to obtain borax anhydride, which is boron trioxide.
When operating, pay attention to the temperature of each step, the amount of reagents and the control of the reaction process, so that high purity borax anhydride can be obtained.

What should be paid attention to when using guanidine nitrate?

If you take acid paste, you need to pay attention to all kinds of things. The acid paste has all kinds of benefits, but if you don't use it, you will invite trouble instead.
The first one is the use of acid paste. Acid paste is mostly used for skin diseases, such as rash and rash. If it is not used for such diseases, it may cause the skin to be damaged. For example, the skin is not affected by this disease, and the acid paste is mistakenly used, or it may aggravate the skin, and the skin is damaged.
The second time, the skin must be cleared before use. On the skin, there are often stains and oils. If it is not cleared first, the acid paste will be transparent and effective. And the stains remain, easy to mix with the ointment, breeding bacteria, causing skin diseases. Therefore, before using the ointment, it is advisable to use water and raw materials, and wipe the skin to make it clean and dry.
Again, pay attention to the amount when using the ointment. Acid ointment is used for external use, but more is not better. If the ointment is thick and too much, it will be absorbed by the skin method, causing clogging of pores and affecting the breathing of the skin. Generally speaking, if you take the amount of ointment, it will all be affected, and a thin layer can be used, and it will also be used twice a day. Do not increase the amount without authorization.
Furthermore, pay attention to the reverse of the skin. With acid ointment, it is necessary to closely inspect the skin. If the skin is used to cause pain, irritation, rash, etc., it must be stopped immediately and treated immediately. Because of the different characteristics of each person's skin, or the sensitivity of some ingredients in the acid paste, and the treatment, so as to ensure safety.
The most important, the storage should not be ignored. The acid paste should be placed in a dry place, away from direct light and high temperature. If it is not used, the cream may not be used, which will affect the effect, or even be harmful. In this way, all those who pay attention to the use of acid paste should be careful, so as to obtain its benefits and avoid its harm.