Neodymium (Iii) Fluoride

Duxiu Chemical

Specifications

HS Code	273509
Chemical Formula	NdF3
Molar Mass	197.248 g/mol
Appearance	white powder
Density	6.506 g/cm³
Melting Point	1410 °C
Boiling Point	2300 °C
Solubility In Water	insoluble
Crystal Structure	hexagonal
Magnetic Properties	paramagnetic
Refractive Index	1.63

As an accredited Neodymium (Iii) Fluoride factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

Packing & Storage

Packing	Neodymium (III) Fluoride packaged in 1 - kg bags for easy handling and storage.
Storage	Neodymium (III) Fluoride should be stored in a cool, dry place away from direct sunlight and moisture. Keep it in a tightly - sealed container to prevent contact with air and humidity, which could potentially lead to degradation. Store it separately from incompatible substances like strong acids or bases to avoid chemical reactions. Proper storage ensures its stability and purity for various applications.
Shipping	Neodymium (III) Fluoride is shipped in sealed, corrosion - resistant containers to prevent contact with moisture and air. Special handling procedures are followed to ensure compliance with safety regulations for transporting chemical substances.

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General Information

Historical Development

Ancient scholars studied various things and sought their reasons. Since modern times, there has been a thing called Neodymium III Fluoride, which has gradually become more and more important in the academic world.
Neodymium III Fluoride, at the beginning, people did not know much about it, but only knew a little about its properties. However, as the years go by, the number of researchers has gradually increased, and the exploration of its structure and characteristics has deepened. In the past, it was limited by the limitations of techniques, and the results were quite limited. After the advance of science and technology, new weapons and new techniques have been developed, so they can observe the wonders of its crystal structure in detail, and know the differences between its optics and magnetism.
Its use in various fields, from the genus of optoelectronics to the material of permanent magnets, depends on it. In the past, it was difficult to find, but now it is widely used in the industry, and the effect is remarkable. From this perspective, the evolution of Neodymium III Fluoride is actually a sign of scientific and technological prosperity and academic progress. In future generations, we should continue to the holy industry, making it widely used and beneficial.

Product Overview

"On Neodymium (III) Fluoride"
Neodymium (III) fluoride is one of the chemical substances. Its unique nature and wide range of uses. This substance is in a specific state, or crystalline, color or pure.
Neodymium (III) fluoride is used in the field of scientific research and has significant functions. In material research, it can be used as a key raw material to participate in the creation of special materials. With its uniqueness, it helps materials obtain specific properties. In optical research, it also has extraordinary performance, which has a unique effect on light, or can regulate light color, light intensity, etc.
In addition, it is also indispensable in industrial production. It can be used in the refining of specific alloys to increase their strength, corrosion resistance and other characteristics. The method of its preparation has gradually matured after various studies, but it also requires precise control of conditions to obtain high-quality products.
Neodymium (III) fluoride, with its special heterogeneity, can be used in many fields, contributing to chemical research and industrial development. It is an important chemical substance.

Physical & Chemical Properties

"On the Physical and Chemical Properties of Neodymium III Fluoride"
Neodymium fluoride has specific physical and chemical properties. Its color is often light powder or colorless, and it is a solid at room temperature and pressure. The crystalline structure is orderly and stable. In terms of physical properties, the density is moderate, the texture is solid, and the melting point is quite high, which allows it to maintain its inherent form in high temperature environments.
When it comes to chemical properties, neodymium fluoride has certain chemical stability and is not easy to react violently with common acids and bases. However, under certain conditions, such as high temperature and the presence of strong reducing agents, it may participate in chemical reactions and exhibit its active chemical properties. It is also unique in the field of optics, with different absorption and refraction of specific wavelengths of light, providing a broad space for the research and development of optical materials. These are the unique physical and chemical properties of neodymium fluoride, which are waiting for our generation to explore in depth.

Technical Specifications & Labeling

"Technical Specifications and Labeling of Neodymium (III) Fluoride (Product Parameters) "
There is Neodymium (III) Fluoride today. Its technical specifications are related to the quality, and the labeling is also critical.
In terms of technical specifications, the purity must be high, and the impurity content should be minimal. The state of the particles should be uniform and stable, and the size should be moderate to be suitable for many applications. Its chemical properties should be safe in normal conditions. In case of specific conditions, the reaction characteristics must be preset.
On the label, the product name must be clear, and the words Neodymium (III) Fluoride must be clear. Product parameters such as purity values, batch numbers, etc., should be detailed for traceability and verification. In this way, it is possible to make this object in the hands of the user, make good use of it according to its technical specifications, and ensure the quality with its logo, so as to develop its capabilities in various fields of scientific research and production.

Preparation Method

The method of preparing neodymium fluoride (Neodymium III Fluoride), the raw materials and production process are very critical. Neodymium carbonate or neodymium hydroxide are often used as starting materials. First, neodymium carbonate or neodymium hydroxide are dissolved in an appropriate amount of acid solution to obtain a neodymium ion solution.
The reaction steps are as follows: Mix the neodymium ion solution with an appropriate amount of hydrofluoric acid solution to undergo a metathesis reaction to generate neodymium fluoride precipitation. This step requires precise control of the reaction temperature and the proportion of reactants to ensure a sufficient reaction.
The purification mechanism cannot be ignored. After the precipitation is formed, it is washed and filtered many times to remove impurities. Subsequently, it is dried at a suitable temperature to obtain a pure neodymium fluoride product. The whole process requires strict control of

Chemical Reactions & Modifications

Those who have heard of all kinds of chemistry have always studied the nature of substances. Today there is Neodymium III Fluoride, and its chemical reaction and denaturation are also of great importance to researchers.
Neodymium III Fluoride, which is phase-modified with other substances, often shows unique changes. It should be in different environments, and changes in temperature and pressure can lead to differences in its response. And its properties can be changed by doping other substances or changing the preparation method.
If it is refined by high temperature method, its crystal form may be different from usual, and it also changes in magnetic and optical properties. And if it is combined with an active agent, or plays a violent response, new qualities can be generated.
If you want to improve its properties, you can use new technologies to control the shape and diameter of its particles, so that it can be better used in the fields of electronics and optics. The beauty of chemistry is to probe substances and change their properties to meet the needs of the world. The same is true for Neodymium III Fluoride.

Synonyms & Product Names

The "same name and trade name"
Fu Neodymium III Fluoride in "Mengxi Stories", the Chinese name is neodymium fluoride (III), which is a chemical thing. In the world, it may have the same name, and the names of the products are different.
In various ancient books, or those who are called neodymium fluoride, they are also called by the name of their chemical properties, which are all called by the same name. The names of the products may vary according to the place of origin, production method, and use.
If there are goods in the market, there are those who are named after refined neodymium fluoride, because of their excellent process and few impurities. It is also known as high-purity neodymium fluoride, which means its purity is extremely high and can be used in high-end fields. All of these are under the same name, and the trade name changes. Or it is named according to the application scenario, such as electronic grade neodymium fluoride, which is suitable for the manufacture of electronic devices, and its properties need to be extremely pure and stable.
All of these, under the same name, are all due to the needs of personnel and the special use of materials.

Safety & Operational Standards

"On the Safety and Operation Specifications of Neodymium (ⅲ) Fluoride Products"
Neodymium (ⅲ) fluoride is also a chemical substance. In the study of this substance, the safety and operation specifications are of paramount importance and should not be ignored.
The preparation process of its preparation, all kinds of appliances should be clean and intact. The materials used must be tested for their purity. Do not let foreign objects get mixed in, causing bad reactions, and preventing harmful substances from leaking out, endangering people and the environment.
In the operation room, ventilation must be well made. This is to remove the foul gas generated by the reaction, keep the air in the room, and protect the health of the operator. If there is a change in heat or pressure in the reaction, it must be pre-controlled to prevent accidents.
When taking and storing neodymium (ⅲ) fluoride, strict regulations should be followed. The container must be suitable, and the seal should be solid, so as to avoid its contact with moisture, oxygen, etc., and cause qualitative change. And mark it clearly, remember its name, sex, danger, etc., and then take it and store it.
Use this object as a test, and control the amount carefully. Do not add more or less, and follow the instructions. When operating, protective equipment is necessary, such as gloves, eyepieces, masks, etc., and connect it with the body to avoid hurting the skin, eyes, and breathing.
After the experiment is completed, the reason for the rest of the things is to follow the regulations. Those who are harmless can be discarded; those who are harmful should be gathered and not discarded indiscriminately to avoid polluting the ring.
In short, the research of neodymium (ⅲ) fluoride is safe, and the operation is in accordance with regulations, so as to avoid and progress, which is beneficial to both learning and industry.

Application Area

Modern chemical refinement, there is a thing called Neodymium III Fluoride, which is widely used. In the field of optics, it can be used as a special lens to help vision, make the image clear and abnormal, and is indispensable for all kinds of optical equipment. In the industry of permanent magnet materials, adding this magnetic performance is excellent, and motors, stereos and other devices rely on it, and the efficiency is greatly increased. In scientific research experiments, it is a key reagent to help chemists explore the properties and laws of reactions of substances, probe into the subtleties, and solve the secrets of nature. This is what Neodymium III Fluoride does, in a variety of application fields, to develop its extraordinary power, promote the progress of science and technology, and promote the cause of mankind.

Research & Development

Since modern times, the art of chemistry has advanced day by day, and the research of matter has become more and more refined. In today's words, the research and development of Neodymium III Fluoride is related to the rise and fall of many fields.
At the beginning of the research, all the sages were dedicated to exploring its properties and studying its quality. At first, I only knew its general outline, but after countless experiments, its physical properties, such as color, state, and melting point, gradually became clear; its chemical properties, and the response to other things, were also investigated in detail.
During the development of
, its use became wider and wider. In optical instruments, it can help to adjust the path of light and make the image clearer; in the field of magnetism, it can increase the intensity of magnetism and expand its application domain.
All researchers are reluctant to give up day and night, and use innovative methods to seek the improvement of its purity and quantity. With Neodymium III Fluoride as the foundation, we will build a new peak of science and technology and open a new chapter in the future. In various fields, we will bloom our brilliance and promote the progress of the world.

Toxicity Research

Since modern times, chemical refinement has deepened, and various substances have been explored more and more. Today's research on the toxicity of NdF
NdF
, the appearance is pale purple powder, which is widely used in the chemical industry. However, the study of its toxicity should not be ignored. According to various experimental observations, if the human body accidentally touches it, or breathes into the body, it will be sick. If the skin touches it, it is easy to cause allergies, itching, redness and swelling; if it enters the respiratory tract, it may cause cough and asthma.
Furthermore, the impact on the ecology also needs to be carefully investigated. If NdF
flows into water and soil, or causes water and soil pollution, endangering the survival of animals and plants. Although the awareness of its toxicity is gradually increasing, it still needs to be deeply cultivated to understand its long-term harm, and then seek proper protection strategies to ensure the safety of humans and nature.

Future Prospects

Neodymium III Fluoride is also a chemical material. Today, it has been widely used in the world. However, we researchers have not yet realized it, and we have high expectations.
This physical property is unique, and it may not be able to make a big impact in the field of high-tech materials. For example, in the field of optical materials, its special optical properties may assist in the research of more refined optical devices, so that we can understand the world more clearly. And in the field of magnetic materials, it is also expected to improve its characteristics, reduce magnetism, and promote the development of magnetic technology, such as the development of magnetic memory, which can make information storage more efficient and larger.
Furthermore, in terms of energy materials, Neodymium III Fluoride may be able to develop a new type of pool, improve the performance of the pool, make energy storage and storage more reasonable, and add new watts to the revolution of energy supply. Therefore, our researchers have high hopes for its future development, expecting it to break through more technologies and make great strides forward in technology.

Where to Buy Neodymium (Iii) Fluoride in China?

As a trusted Neodymium (Iii) Fluoride manufacturer, we deliver: Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements. Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery. Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.

Frequently Asked Questions

As a leading Neodymium (Iii) Fluoride supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.

What are the main uses of neodymium (III) fluoride?

Mercury (III) compounds, this expression is wrong. The common valence of mercury is + 1 and + 2, but there is no + 3 valence. Suppose that mercury (II) compounds (such as mercury chloride HgCl ², etc.) are taken as an example, and their main uses are as follows:
In the medical field, mercury compounds were used as disinfectants and preservatives in the past. For example, dilute solutions of mercury chloride have the effect of sterilization and disinfection, and can be used for disinfection of medical apparatus. However, due to its toxicity, they are now less used.
In the chemical industry, mercury compounds can be used as catalysts. For example, in the reaction of acetylene hydration to acetaldehyde, mercury chloride activated carbon catalysts have played an important role in promoting the efficient reaction of acetylene with water to form acetaldehyde. However, due to the toxicity and environmental hazards of mercury, alternative catalysts are now being sought.
In the metallurgical industry, mercury can be used to extract certain metals. Mercury can form amalgams with metals such as gold and silver, thereby separating these metals from ores, and then evaporating the mercury by heating the amalgam to obtain pure metals.
In chemical analysis, mercury compounds are also used. For example, mercury salts are used as reagents for some capacity analysis, and the content of other substances is determined according to the amount of mercury salts consumed through specific chemical reactions.
In the electronics industry, mercury compounds are used to make batteries and so on. In the past, zinc-mercury batteries, mercury compounds participated in electrode reactions to provide conditions for battery power supply. However, due to mercury pollution problems, the use of such batteries is gradually limited.
Mercury (II) compounds have many uses, but their toxicity cannot be ignored. Mercury and its compounds can accumulate in organisms, causing serious damage to the human nervous system, kidneys, etc., and can pollute the environment such as soil and water sources. When using mercury compounds today, it is necessary to carefully weigh the pros and cons and use more environmentally friendly and safe alternatives whenever possible.

What are the physical properties of neodymium (III) fluoride?

Mercury (III) compounds, this statement is wrong. The common valence of mercury is + 1 and + 2, and there is no stable compound of + 3-valent mercury. The following describes its physical properties in the form of common mercury compounds.
Mercury compounds have various forms and have their own characteristics. Take mercury chloride (HgCl ²) as an example. It is a white crystalline powder commonly known as mercury rise. At room temperature, it has a fine texture and may change color slightly under sunlight. The melting point is about 276 ° C and the boiling point is 302 ° C. In this temperature range, mercury chloride gradually converts from solid to liquid and then gasifies. Its density is relatively high, about 5.44g/cm ³, which is heavier than many common substances. And mercury chloride is soluble in water, ethanol, ether and other solvents. When dissolved in water, it forms a colorless and transparent solution.
Mercury sulfide is also an important compound of mercury, with red and black variants. The red one is called cinnabar, which has a fine texture and bright color. It is an important raw material for traditional pigments. Its hardness is low, with a Mohs hardness of about 2-2.5, which can be scratched with a fingernail. Cinnabar has a high density, about 8.10g/cm ³, and its appearance is diamond luster to semi-metallic luster. Black mercury sulfide is relatively rare and can be converted into a red variant under certain conditions.
Mercury oxide is also a common mercury compound, with red and yellow forms. The chemical composition of the two is the same, but the crystal structure is slightly different. The red mercury oxide is a cubic crystal system, and the yellow mercury oxide is an orthogonal crystal system. Mercury oxide is a solid at room temperature, insoluble in water, and decomposes into mercury and oxygen when heated to about 500 ° C. In appearance, the red one is bright in color, and the yellow one is relatively light in color.

Is neodymium (III) fluoride chemically stable?

Mercury (III) salts are not mentioned in ancient books, and there is no stable valence state of mercury in the field of chemistry today. The common valence states of mercury are + 1 and + 2, such as mercury in mercurous chloride (Hg ² Cl ³) is + 1 valence, and mercury in mercury chloride (HgCl ³) is + 2 valence.
Because of the electronic arrangement of mercury, its outer electronic structure makes it difficult for mercury to form a stable + 3 valence state. If mercury has a + 3 valence, it means that three electrons are lost, which will break the relatively stable electronic configuration of the mercury atom, resulting in extremely strong oxidation of ions, and it is easy to acquire electrons to achieve a more stable state.
Therefore, the chemical properties of mercury (III) salts are extremely unstable, and it is difficult to exist stably under normal conditions. Even if formed under specific experimental conditions, chemical reactions will occur rapidly and be converted into more stable mercury (I) or mercury (II) compounds.
In summary, the chemical properties of mercury (III) salts are unstable, and it is difficult to maintain their + 3 valence form in general environments.

What are the preparation methods of neodymium (III) fluoride?

Halide of mercury (III) can be prepared by the following methods.
First, react with a halogenating agent with a mercury (II) salt. If mercury (II) chloride and a strong halogenating agent interact under specific conditions. Take an appropriate amount of mercury chloride and place it in a clean reaction vessel, add a specific ratio of halogenating agent, and control the reaction conditions such as temperature and pressure. After chemical reaction, part of the electron cloud structure of mercury (II) changes, and halogen atoms combine with mercury atoms, or mercury (III) halides can be formed. However, this process requires fine control of the reaction conditions. Due to the unstable state of mercury (III), the conditions are slightly deviated, or the product is impure, or it is difficult to form mercury (III) halides.
Second, using electrochemical methods. Construct a specific electrolytic cell, using mercury or mercury compounds as electrode materials, and a solution containing halogen ions as electrolyte. With a suitable current, a redox reaction occurs on the surface of the electrode. At the anode, mercury atoms lose electrons and increase their valence states. Halogen ions tend to the anode under the action of an electric field, and combine with high-valence mercury. Theoretically, mercury (III) halides may be formed. However, this method requires strict electrode materials, electrolyte composition and current parameters, and needs to be repeatedly debugged and optimized to make the reaction proceed in the direction of generating mercury (III) halides.
Third, with the help of ligands to assist in synthesis. Select a specific ligand, which should have suitable electron giving ability and spatial structure. First, the mercury (II) salt and the ligand form a complex, and then add a halogenating agent. The ligand can change the electron cloud density and spatial environment around the mercury atom, reduce the difficulty of further oxidation of mercury atoms, and promote the combination of halogen atoms with mercury to form mercury (III) halides. However, finding a suitable ligand is not an easy task. It is necessary to have a deep understanding of the properties of various ligands and screen them through multiple tests to determine the effective ligand for synthesis.

What fields are neodymium (III) fluoride used in?

Mercury (III) halide is used in many fields. In the field of alchemy, mercury (III) halide is regarded as a miraculous spiritual substance. Warlocks believe that it contains extraordinary power and can help refine immortal elixirs of longevity. As the ancient alchemy books contain: "Mercury (III) halide, which has different colors and strange properties, is put into the elixir cauldron, and is refined with a secret method, hoping to obtain the medicine of longevity." At that time, alchemists regarded it as the key to opening the door to longevity.
In the field of medicine, mercury (III) halide also had a place. In the past, doctors believed that it had special curative effects or could cure various diseases. For example, some ancient medical books say: "This medicine (mercury (III) halide) can be used externally to detoxify and reduce swelling, treat carbuncle and acne; when taken internally, it can adjust qi and blood, and relieve viscera diseases." Although some of the usage in modern times may be wrong, it was also an exploration in the development of medicine at that time.
Furthermore, mercury (III) halide also played a role in ancient metal smelting and process production. When smelting specific metal alloys, adding an appropriate amount of mercury (III) halide can change the properties of the alloy, making it better in texture and color. If you create exquisite gold and silver utensils, craftsmen use it as an auxiliary agent to make the surface of the utensils smoother and the process more perfect. And in the field of pigment blending, mercury (III) halide can endow pigments with unique color and stability, adding a lot of color to paintings, ceramic paintings, etc.