Guanidine Hydrochloride

Lingxian Chemical

Specifications

HS Code	418738
Chemical Formula	CH5N3·HCl
Molar Mass	95.53 g/mol
Appearance	White crystalline solid
Solubility In Water	Highly soluble
Odor	Odorless
Ph Aqueous Solution	Acidic
Melting Point	181 - 183 °C
Boiling Point	Decomposes
Density	1.354 g/cm³
Stability	Stable under normal conditions
Hazard Class	Irritant

Packing & Storage

Packing	Guanidine Hydrochloride: Packed in 5 - kg bags for stable storage and easy handling.
Storage	Guanidine hydrochloride should be stored in a cool, dry place away from direct sunlight. Keep it in tightly - sealed containers to prevent moisture absorption. Store separately from oxidizing agents and incompatible substances. Ideal storage areas have good ventilation to avoid the build - up of harmful vapors, safeguarding both its integrity and the safety of the storage environment.
Shipping	Guanidine Hydrochloride is shipped in sealed, corrosion - resistant containers. To prevent leaks and ensure safety, it's carefully packaged according to hazardous chemical regulations, safeguarding its integrity during transit.

Free Quote

For samples, pricing, or more information, please call us at +8615651039172 or mail to info@bouling-chem.com.

We will respond to you as soon as possible.

Tel: +8615651039172

Email: info@bouling-chem.com

General Information

Historical Development

"History of guanidine salt"
Guanidine salt is a treasure of chemistry. It first appeared in the field of scientific research and was explored by scholars. In the past, researchers worked hard in the mysterious field of chemistry and finally realized this substance.
At the beginning, few people knew about the properties of guanidine salt, and only a few experiments saw its trace. However, as the years passed, researchers were reluctant to explore. From simple cognition, gradually to deep understanding of its many characteristics. The field of application has also gradually expanded.
From the beginning of the laboratory, to today in medicine, industry and other fields, the evolution of guanidine salt is like a star gradually shining. The efforts of past researchers, such as granular masonry, have built the road of guanidine salt development and achieved today's brilliance, which is unique in the forest of chemistry.

Product Overview

The genus of guanidine salts, there are guanidine hydrochloride salts. Its properties are specific, and it is a commonly used agent in science. Guanidine hydrochloride, pure in color and pure in quality, like a crystal powder, dissolves in water and has stable properties.
In the field of biochemistry, its function is quite obvious. It can change the conformation of proteins and aid the properties and functions of protein. It can also be used for the research of nucleic acids, so that nucleic acids can be depolymerized, so that their micro-exploration.
When preparing, it can be obtained by combining guanidine and hydrochloric acid in a suitable ratio, temperature control and order. However, it should also be used with caution, because it may be irritating, touch or injury. Overall, guanidine hydrochloride is widely used in the study of chemistry and biochemistry, and its contribution is indispensable.

Physical & Chemical Properties

The quality of guanidine salt is related to physics and chemistry. Guanidine Hydrochloride, pure in color and normal in state, mostly crystalline, stable at room temperature. Easily soluble in water, like a fish in water, its liquid is neutral or slightly skewed.
Looking at the degree of melting and boiling, there are fixed numbers, which can be identified. In chemical reactions, it has unique properties, can react with various things, or catalyze, or participate in changes. In the field of biochemistry, it has a wide range of uses, can break the structure of proteins, and explore the wonders of molecules. With its physical and chemical properties, in scientific research and industry, it is a usable material for all kinds of exploration, paving stones and building roads, and helping to move forward.

Technical Specifications & Labeling

"Technical Specifications and Labels of Guanidine Hydrochloride (Product Parameters) "
Fuguanidine hydrochloride has its own unique technical specifications and labels in the field of chemical industry. Its technical specifications are related to purity and properties. The purity needs to reach a very high level, and the impurities are fine before it can be used. Looking at its properties, it should be a white crystalline powder with a uniform texture.
As for the logo (product parameters), on the packaging, when the name of the product is "Guanidine Hydrochloride", and the exact content is marked, such as the geometry of the composition of the guanidine hydrochloride. And there is a clear record of the production batch and date to prove its source, so that it can be traced back to the source. For storage, it is also necessary to mark it. It should be placed in a dry and cool place to avoid exposure to moisture and strong light. Only in this way can its quality be maintained and used by all parties.

Preparation Method

The method of making guanidine hydrochloride is the first raw material. Take pure cyanamide and excess hydrochloric acid, and put it into the reactor according to a certain ratio. Control the temperature in a suitable environment, about 60 to 80 degrees Celsius, to promote the reaction. During this time, stirring is not stopped to ensure that the material is uniform.
After the reaction is completed, a mixed solution is obtained. After reduced pressure distillation, excess hydrochloric acid is removed, and then activated carbon is adsorbed to remove impurities and color. Next, the crystallization is cooled to precipitate guanidine hydrochloride crystals.
After centrifugation, the crystals are separated from the mother liquor. After drying at low temperature, the finished product is obtained. The method of making guanidine hydrochloride, the raw materials and process, the reaction steps, and the purification mechanism are all key. According to this, good products can be obtained.

Chemical Reactions & Modifications

Guanfu guanidine hydrochloride, its chemical reaction and sexual change, is quite a re-study of scholars. Its reaction is also often in various chemical environments. During the reaction, the structure or modification of the molecule, the connection of the bond is also different, resulting in a new substance with a different nature.
If you want to improve its nature, you often use various techniques to adjust it. Or change the temperature and pressure, or add other agents to promote it. After this, its chemical properties or increase its activity, or change its stability.
If it is properly handled, guanidine hydrochloride can be used in medicine, industry and chemical fields to develop its strengths, and contribute to the progress of the industry and the needs of the people. Scholars should be well-reasoned, explore its details, in order to make good use of the situation, so that it will be brilliant in the world and benefit the world.

Synonyms & Product Names

Guanidine hydrochloride is a commonly used reagent in chemistry. Its aliases are also known as aminoformamidine hydrochloride. This substance is used in chemical experiments and industrial production in many fields.
In the laboratory, it is often used as a protein denaturant to help researchers explore the structure and function of proteins. It can destroy the natural conformation of proteins, but it also provides an opportunity to understand protein properties.
In the industry, Guanidine hydrochloride also has a place. Due to its characteristics, it plays a key role in some synthetic reactions and helps to generate products. Although its names are different, they all refer to the same substance, which plays an important role in the chemical world and is a right-hand assistant for scientific research and production.

Safety & Operational Standards

"Regulations for the safe use of guanidine salt"
Guanidine salt is also a chemical product. Its characteristics are different, so use it with caution. It is related to safety and operation standards and should not be ignored.
Where guanidine salt is involved, the first protection is given. The operator wears special clothes, tough gloves, and eye protection glasses to prevent it from touching the body, entering the eyes, and causing injuries to the skin and eyes. And it is operated in a well-ventilated place to prevent its gas accumulation, harm and health.
There are also regulations for storing guanidine salt. It should be placed in a cool and dry place, away from fire, heat, and all kinds of oxidants. Because of its liveliness, it is exposed to heat, strong oxygen, or dangerous.
When taking guanidine salt, the amount must be accurate. Take it with a clean utensil, and seal it immediately after use to prevent it from deliquescence and deterioration. And do not touch it directly with your hands, do not approach your mouth or nose, lest it enter your body, and it will be a disaster.
If guanidine salt is accidentally spilled, wipe it with a damp cloth, or cover it with sand, take care of it properly, and do not spread it. After finishing the operation, you must clean your hands and face, and remove its filth.
In short, the use of guanidine salt, safety first, and operation according to regulations. Adhering to this standard guarantees safety, and the prosperity of the chemical industry also depends on this rigorous approach.

Application Area

The genus of guanidine salts has a wide range of functions. Guanidine hydrochloride has many uses in the field of biochemistry. For the depolymerization of proteins, guanidine hydrochloride can break the force between proteins and make it depolymerize, which is convenient for analyzing its structure and exploring its function. It is essential for protein research.
And for the purification of nucleic acid, guanidine hydrochloride can inhibit the activity of nuclease, protect the integrity of nucleic acid, and assist in purification. Pharmaceutical preparation also has its traces. It can be used as a raw material to participate in drug synthesis, which is related to health. Chemical production also relies on its strength. It is used in many reactions as an auxiliary agent to promote the reaction. It is the use of guanidine hydrochloride, which involves the fields of biochemistry, medicine and chemical industry, and has far-reaching influence.

Research & Development

In recent years, in the field of chemical industry, Guanidine Hydrochloride has gradually become the focus of various researchers. Yu also threw himself into it and studied it carefully.
At the beginning, it was difficult to observe its properties and explore its source. However, unremitting research has gradually gained something. In the midst of various transformations, it has unique ability, or as a catalyst, or to change physical properties, and has a wide range of uses.
In order to expand its use, Yu and his colleagues have tried new methods again and again. After repeated tests, the process was optimized, and the production was wanted to increase and improve its quality. Despite setbacks, it has not changed.
At this time, the research of Guanidine Hydrochloride is gradually improving. The amount of production has increased, and the quality is also stable. However, research is endless, and we should continue to make progress in the future, looking to a wider area, developing our capabilities, and doing our best for the prosperity of the chemical industry.

Toxicity Research

The toxicological study of guanidine hydrochloride is very important. In the past, people were cautious in their physical exploration. Today's study of this guanidine hydrochloride also requires detailed investigation of its toxicity.
Examine the ancient books in detail, observe its response to various things, test it in living beings, and observe its reaction. Or observe the changes in its entry into the body, and the impact on cells and organs. Examine the difference in dosage, what is the toxicity under small and large doses.
Also examine the response of its environment, whether there is any change between water, soil and air, and whether it will be toxic and endanger all living beings. Detailed study of the toxicity of guanidine hydrochloride compound can be used in the future, and protection strategies are all based on it to avoid its harm, take advantage of its benefits, and ensure the well-being of all living beings and the tranquility of the environment.

Future Prospects

The genus of guanidine salt is used in various karma at present, and its effect is obvious. However, we researchers have not dared to be limited by the power of the present, but always think about the expansion of the future.
Guanidine salt, in the field of biochemistry, can break the structure of protein and explore its essence, which is a great achievement. Although today's technology has been achieved, there is still a great way in the future. Or it can be re-advanced in the method of precise control and effect, so that it can be applied to the subtleties without error; or it can be used for new purposes, and it can be used in the genus of pharmaceutical creation and material research, which is new.
We uphold our original intention and are unswerving, hoping to study hard and explore the infinite possibilities of the future of guanidine salt, such as the development of clouds and wings, breaking through the sky, contributing to the advancement of biochemistry and the prosperity of science and technology, and living up to the future prospects.

Frequently Asked Questions

What are the main application fields of guanidine hydrochloride

The main application fields of borax borate are metallurgy, chemical industry, medicine, agriculture, etc.
In the field of metallurgy, borax has a wide range of uses. Gu Yun: "Borax enters the fire, and the color is eliminated, and it can melt hardware." It is often used as a flux in metallurgy. Because borax is melted by heat, it can combine with the oxides on the metal surface to form a fusible borate, which can reduce the melting point of the metal and make the metal more mobile, which helps the casting process. During welding, borax can remove impurities on the metal surface, making the welding more firm.
In the chemical industry, borax is also an important raw material. Such as boron compounds, such as boric acid, sodium borohydride, etc., all rely on borax as the starting material. "Borax converts water, through various reactions, boric acid can be obtained." Boric acid has many uses, in the glass industry, it can increase the thermal stability and transparency of glass; in the enamel industry, it can improve the performance of enamel.
In the field of medicine, borax also has its uses. It has the effect of clearing away heat and detoxifying, reducing swelling and antiseptic. In the past, borax was often used as medicine to treat swelling and pain in the throat and mouth. "Borax is applied to the affected area to relieve swelling and pain." In modern medicine, borax-containing agents are also used for disinfection of the mouth and skin.
In agriculture, borax can be used as a trace element fertilizer. " Boron, although used in small amounts, is indispensable for crop growth. "Boron can promote the development of reproductive organs of crops and increase the resistance of crops. Appropriate application of borax can increase the seed setting rate of crops and make the fruits fuller.

What are the chemical properties of guanidine hydrochloride?

Borax boric acid has unique chemical properties. Borax is a sodium salt of borate containing crystalline water, its color is white, and it is in the state of crystal or powder. At room temperature, its properties are quite stable, and when it encounters strong acid, it reacts to form boric acid. Its aqueous solution is alkaline, which is caused by the hydrolysis of borax. During hydrolysis, borate ions combine with hydrogen ions in water, so that the concentration of hydroxide ions increases, and it becomes alkaline.
Boric acid is a white crystalline powder or a colorless scale with a slight pearl luster. Its acidity is extremely weak, and it is partially ionized in water. It can form a coordination compound with polyols, which enhances its acidity. Boric acid will gradually dehydrate when heated, forming metaboric acid first, and then becoming boron trioxide.
Borax boric acid is closely related, and borax can be acidified to produce boric acid. In many fields, both are important. Borax is often used in the glass and ceramic industries to increase its heat resistance and transparency; in the metallurgical industry, it can be used as a flux. Boric acid is often used as a disinfectant and preservative in the field of medicine; in agriculture, it can be used as a trace element fertilizer to help plants grow. Looking at its chemical properties, the alkalinity of borax and the weak acidity and special reaction characteristics of boric acid are the basis for its wide application in various industries. It is a unique chemical substance.

How to safely store guanidine hydrochloride

If you want to store glutamic acid, you should follow the ancient law, prepare all things, and do all things carefully.
First find a secluded and dry place to avoid sun dryness and moisture. This is the foundation of hiding things. If the place is not suitable, the things are perishable. The place should be thick and the window should be small, which can resist external evil, and the air flow is not sudden.
Prepare a cabinet of solid wood, or a pottery urn. The wooden cabinet must be coated with tung oil and dried in the shade several times to make it dense and impervious to moisture; the pottery urn should be selected with a dense texture, sewn with paper paste, then wrapped with hemp, and coated with mud, waiting for it to coagulate.
Place the glutamic acid in a clean cloth bag, which should be thick and soft, and can be separated from temperature and humidity. When entering the cabinet, the bottom of the urn is covered with dry leaves, layer by layer. The leaves are dry, can absorb moisture, and protect the quality of the glutamic acid.
It takes time to observe. Every ten days, open the cabinet and look at it. If you see that the package has moisturizing gas, change the dry cloth quickly; the leaves are wet. In the hot season, it is easy to look at it carefully, because it is wet and steaming, and things are changeable.
The good one who hides, the glutamic acid can last for a long time and the quality remains unchanged. When used, its effectiveness is as good as ever, and it can be used for various purposes. This method of Tibetan glutamic acid acyl cannot be ignored. If you follow it, you will get the wonders of safe storage.

What is the preparation method of guanidine hydrochloride in industrial production?

The production of borax is very crucial in the way of industrial production. The method of borax preparation, about several ends, let me tell you one by one.
One is the carbonic alkali method. Choose boron-magnesium ore powder, mix it with sodium carbonate solution, and put it in a reactor. Stir at an appropriate temperature, usually between 150 and 200 degrees Celsius. During this process, boron-magnesium ore reacts with sodium carbonate, magnesium ions gradually precipitate, and boron is dissolved in the solution. After this reaction, the solution is filtered to remove its impurities, and then the filtrate is cooled and crystallized to obtain borax crystals. The chemical reaction formula is roughly: $2MgO\ cdot B_ {2} O_ {3} + Na_ {2} CO_ {3} + 2H_ {2} O\ longrightarrow 2NaBO_ {2} + 2MgCO_ {3}\ cdot 3H_ {2} O\ downarrow $, then $4NaBO_ {2} + CO_ {2} + 10H_ {2} O\ longrightarrow {2} B_ {4} O_ {7}\ cdot 10H_ {2} O + Na_ {2} CO_ {3} $.
The second is the sulfuric acid method. First take the boron magnesium ore powder and mix it with sulfuric acid. This reaction requires temperature control, about 80 to 90 degrees Celsius. Sulfuric acid reacts violently with boron-magnesium ore. Boron is then dissolved in the form of boric acid, and magnesium is formed into magnesium sulfate. After the reaction is completed, the residue is filtered and removed to obtain a solution containing boric acid. Next, the solution is concentrated and the boric acid is gradually precipitated. Then, the boric acid solution is neutralized with sodium carbonate to make boron again into borax. The reaction also has its formula, such as $2MgO\ cdot B_ {2} O_ {3} + 2H_ {2} SO_ {4} + H_ {2} O\ longrightarrow 2H_ {3} BO_ {3} + 2MgSO_ {4} $, $4H_ {3} BO_ {3} + Na_ {2} CO_ {3}\ longrightarrow Na_ {2} B_ {4} O_ {7} + 6H_ {2} O + CO_ {2}\ uparrow $.
The third is the extraction method of salt lake brine. In the brine rich in boron, the concentration of boron and other elements in the brine is gradually increased by evaporation and concentration. Then the boron element is separated from other impurities by means of chemical precipitation or ion exchange. Boron is adsorbed by ion exchange resin, and then eluted with eluent to obtain a high-concentration boron solution. After evaporation and crystallization, borax is obtained. This way depends on the composition of salt lake brine, and the details may vary, but it is necessary to enrich and separate boron.
These various production methods have their own strengths and weaknesses. In industrial production, it is necessary to carefully choose the best method for preparing borax according to the abundance of raw materials, the level of cost, and the quality of the product.

What are the effects of guanidine hydrochloride on the environment?

The acid of Ju is involved in the environment, and the matter is different. The acid of Ju is involved in the planting of Ju. This plant is mostly born in the land of Ju, at the foot of the forest. The acid produced by it has a special nature, but it is also in the surrounding environment, and it affects each other.
The acid of Ju is dissolved in the soil. Its roots enter the soil, and it is divided, and it is also secreted in the soil. In the past, the nature of the soil has been reduced. Its acid may shift the acid balance of the soil. If the soil is too weak, it will be neutralized when it encounters this acid. The community of microorganisms in the soil is also changed accordingly. Beneficial bacteria may multiply due to the stimulation of acid, and harmful bacteria may be inhibited. This is all due to the microenvironment of the soil.
Even when it comes to water, it is also affected by it. The acid of Ju Ju, or dissolved in water, causes the water to be damaged. If its acid enters the stream, it will be damaged by the flow, and the aquatic life will be affected. If there is a problem, it is sensitive to acid, and the degree of acidity is slightly lower, its movement and reproduction are restricted. Algae in water is also different due to the shadow of acid. Whether it is promoted to flourish or decay, it depends on the amount of acid.
Furthermore, when it is empty, the acid of the water will enter the water directly, but the replacement of the plant, or the food, will be connected to the composition of the air. The taste of its acid is scattered around, leading to the sparrow. This is where the sour fragrance is, until it is too late, and this is where the food is. The bird eats, gathered because of acid, and the raw materials are interlocked.
The acid of the water, the shadow of the environment, is not one can be observed, not one can be completed. Its impact is in the water and soil, and the co-generation of the two things is a subtle part of nature.