Nickel Difluoride

Duxiu Chemical

Specifications

HS Code	815849
Chemical Formula	NiF2
Molar Mass	96.6902 g/mol
Appearance	green solid
Density	4.63 g/cm³
Melting Point	1100 °C
Boiling Point	decomposes
Solubility In Water	slightly soluble
Crystal Structure	rutile
Oxidation State Of Ni	+2
Magnetic Properties	paramagnetic

As an accredited Nickel Difluoride factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

Packing & Storage

Packing	Nickel Difluoride packaged in 1 - kg containers, suitable for chemical use.
Storage	Nickel difluoride should be stored in a cool, dry, well - ventilated area. Keep it in a tightly sealed container to prevent moisture absorption and exposure to air, which could potentially lead to reactivity changes. Store away from incompatible substances like strong acids and bases. This storage approach helps maintain its chemical integrity and ensures safety during storage.
Shipping	Nickel Difluoride is shipped in tightly - sealed, corrosion - resistant containers. Due to its chemical nature, it requires careful handling. Shipments must comply with hazardous material regulations to ensure safe transport.

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General Information

Historical Development

The development of nickel difluoride has gone through years. Ancient scholars did not know its properties at the beginning. In recent times, chemical refinement has begun to be explored in depth.
In the past, people did not understand the principles of chemistry, but knew very little about nickel difluoride. Later, through the study of various sages, its components were analyzed and its characteristics were known. It can participate in various reactions and is used more and more widely. In industry, it may be a catalytic agent; within scientific research, it also helps to advance experiments.
From the beginning of cognition to the gradual expansion of uses, the development of nickel difluoride has not happened overnight. It is countless craftsmen and scholars who have worked tirelessly for years and years to achieve today's appearance, adding brilliance and color to a corner of chemistry, and showing its function in the world.

Product Overview

"Overview of Nickel Difluoride Products"
Nickel difluoride is also a chemical product. Its color is light green, often in the form of powder. Stable, in ordinary environments, it is difficult to react with other substances.
This product is prepared by combining nickel and fluorine at high temperature. It has a wide range of uses. In the field of batteries, it can increase the efficiency of batteries and prolong battery life. When ceramics are colored, it can also help their color to be bright and lasting.
Guanfu Nickel difluoride, with its excellent characteristics, has its uses in various industrial and scientific research places. It is actually an indispensable product in the field of chemistry.

Physical & Chemical Properties

"The Quality of Nickel Difluoride"
Nickel difluoride, its color or light green, like powder. Looking at its physical properties, the melting point is quite high, and it exists stably at common temperatures. Its density is moderate, and the particles are fine and uniform.
When it comes to the quality of chemistry, nickel difluoride has a certain activity. In case of strong acid, it reacts slightly, but it is not violent. In the air, it also has a certain resistance to corrosion, and it is not easy to be oxidized quickly. Under specific chemical environments, it can participate in many reactions, often used as a fluorinating agent, providing a fluorine source for the synthesis of other substances to form a variety of compounds. And in some catalytic reactions, it can also play a subtle role, helping the reaction to move quickly and showing its unique chemical charm.

Technical Specifications & Labeling

Nickel Difluoride is one of the chemical substances. Its process specifications and identification (product parameters) are crucial. The preparation of this substance requires rigorous methods. When its purity reaches a very high standard, the impurity content must be minimal. Looking at its appearance, it should have a specific color state, which is one end of the label. Its physical properties, such as melting point, boiling point and other parameters, are also important characterizations. In industrial applications, precise process specifications can ensure the excellence of its quality. Clear identification and reliable product parameters can enable users to understand its characteristics, suitable for all kinds of required scenarios, and exert its due effectiveness to form various chemical industries.

Preparation Method

The method of making Nickel Difluoride, the first raw material. Take the purity of nickel, and fluoride as the basis. The choice of raw materials is related to the quality of the product.
The process of making, first make nickel and fluorine in special utensils, and follow the order. Control its temperature, adjust its pressure, so that it should be stable and smooth. Start with a slight temperature, gradually rise to a suitable temperature, observe its corresponding state, and adjust it at the right time.
The steps of the reaction, nickel meets fluoride, and becomes Nickel Difluoride. This should prevent impurities from entering, and maintain the purity of the environment. Apply a delicate method to analyze its purity.
Catalytic mechanism, select the appropriate catalyst to promote the speed of reaction and reduce the ability of reaction. The catalyst guides nickel and fluorine to make the reaction easy. However, the amount of the catalyst must be precisely controlled, and more is too much, less is slow, which is not conducive to the formation of the product. In this way, you can get high-quality Nickel Difluoride.

Chemical Reactions & Modifications

The beauty of chemistry lies in the change of material and the change of performance. In this case, the chemical reaction and modification of Nickel Difluoride are quite worth exploring.
Nickel Difluoride has different responses when heated. Or decompose to produce other substances, in which the atoms clutch and follow the laws of chemistry. The way of its modification can be catalyzed by foreign objects, or change the temperature and pressure of its environment.
The catalytic agent can promote the speed of the reaction and change the way of the reaction, so that the original slow speed is easy. And the change of temperature and pressure can also adjust its properties. Under high temperature, its structure may be loose, and its activity will gradually appear; under high pressure, the molecular arrangement is denser, and the performance will be changed accordingly.
This is the mystery of chemistry, and the change of Nickel Difluoride can be a new way for materials. It is up to our chemists to explore in depth to reveal more wonders.

Synonyms & Product Names

In the realm of chemistry, there is a thing called Nickel Difluoride. Although its name is different, there are many other names. In the past, Xianyun said: "The famous one is the real one." This thing or nickel difluoride, although the title is special, the meaning is one.
Nickel Difluoride is used in all things chemical and has quite a lot of functions. Its properties are stable and it is often used in industry. Or used in catalysis to promote the speed of reaction; or used in material preparation to increase the energy of materials.
The ancients said: "There are things that are the same reality but have different names, and there are those that have the same name but are different." Although Nickel Difluoride may have different names, its essence remains unchanged. They are all treasures of chemistry and have made a lot of contributions to the development of science and technology in this world.

Safety & Operational Standards

"Nickel Difluoride Product Safety and Operation Specifications"
Nickel Difluoride is a chemical substance. In the context of experimentation and production, its safety and operation standards are of paramount importance.
Safety in the first words. Nickel Difluoride is toxic and corrosive to a certain extent, and it can endanger the body by touching or inhaling it. Therefore, when involving this substance, protective equipment, such as gloves, goggles, protective clothing, etc., must be worn to prevent it from contacting the body, skin, and eyes. And the place of operation needs to be well ventilated to prevent its gas from accumulating and harming breathing.
Second discussion on the operating specifications. When taking Nickel Difluoride, use clean and dry utensils to prevent it from being contaminated. The dosage should be controlled accurately, depending on the needs of the experiment or production. When mixing, it should be slowly stirred to avoid violent reactions and cause danger. After use, the residue should be disposed of according to regulations, and should not be discarded at will to avoid polluting the environment.
Furthermore, storage is also regulated. Nickel Difluoride should be stored in a dry and cool place, avoiding mixing with water, fire and other substances to prevent deterioration or reaction. And the storage place should be well-informed, so that people are aware of its risks.
All operations involving Nickel Difluoride should be handled with caution and follow safety and operation regulations to ensure people's safety and avoid disasters.

Application Area

Nickel Difluoride is widely used. In the field of industry, it is often a catalyst, which helps all kinds of reactions to speed up, increase yield, reduce energy consumption, and has great effect. And in battery manufacturing, it also has extraordinary use. With its characteristics, it can improve the efficiency and life of batteries, which are important for today's battery industry of portable electronics and new energy vehicles.
In the synthesis of materials, it can lead to new materials, giving them specific properties, whether strong or soft, or superconducting, or rich in light. This is because it can change the structure of molecules, change the order of atoms, generate new things, and open up new territories in the material world. Therefore, Nickel Difluoride is used in industry, energy, and materials, which is the key to promoting technological progress and affecting our lives deeply.

Research & Development

In recent years, I have been researching many chemical substances, especially Nickel Difluoride, which has been a lot of effort. Nickel Difluoride has its unique properties and is widely used.
I began to study the properties of this substance, observe its color state, and observe its transformation. In various experiments, I recorded its changes in detail to find a true solution. At the beginning, there were many obstacles, and the results of the reaction were not as I expected, but I was not discouraged. After repeated research, it was easier to understand its properties.
Under long-term research, its properties gradually became apparent. Nickel Difluoride has catalytic energy in certain types of reactions, which can promote the reaction to speed up. And in the field of materials, it can also be used for the toughness and resistance of additives.
Wuji is based on this research and pushes it to be used in a wider range of situations. Or it can help the creation of new materials, or it can have new gains in the field of energy. In the future, I will make unremitting research, hoping to expand its use and promote its development, for the advancement of chemistry and the benefit of the world, and exhaust my wisdom.

Toxicity Research

The rise of modern chemistry has deepened the study of the nature of matter. Today's research on the toxicity of Nickel Difluoride is really crucial.
Nickel Difluoride has a unique color or state. Between experiments, it is observed that it sympathizes with various objects, and there is something to be alarmed about. Its toxic hair, or touches the skin, and feels the breath. Looking at the structure of its molecules and the row of atoms, we can know that the source of toxicity is due to the shift of electrons and the difference in bonding, which causes it to be in the biological body and can disrupt the mechanism.
In the past, the study of toxicity relied on observation and experiment. Today, our generation of research Nickel Difluoride, also in accordance with the precision of the law, the help of instruments, to seek the truth of its toxicity, to understand its harm to the environment, to life, in order to prepare for preventive measures, so that the benefits of this thing can be used, and the harm can be eliminated.

Future Prospects

I try to study Nickel Difluoride, observe its properties, explore its uses, and think about its future development. Nickel Difluoride has a unique chemistry and can be used in various fields.
Looking at the world today, technology is new and industry is prosperous. Nickel Difluoride may make a name for itself in battery manufacturing. Its chemical properties may enable better battery energy storage and longer battery life, adding strong power to future electric vehicles such as trams and portable devices.
And in the field of catalysis, it is also expected to become a key agent. It helps chemical reactions to move faster, improve quality and efficiency, and open up a new path for the chemical industry. With time, through continuous research and improvement, we will be able to shine brightly and occupy an important position in the future technological and industrial stages, injecting new energy into the development of the world and developing infinite possibilities.

Where to Buy Nickel Difluoride in China?

As a trusted Nickel Difluoride 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 Nickel Difluoride 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 Chemical Properties of Nickel Difluoride?

The chemical properties of nickel and nickel difluoride are related to many wonderful changes. Nickel is a common metal element with a silver-white luster, a tough and malleable texture. Its chemical properties are quite active, and it can be slowly oxidized in the air at room temperature. An oxide film is formed on the surface. Although this film is thin, it can prevent further oxidation, just like casting a protective armor for nickel.
As for nickel difluoride, it is an important fluoride of nickel. It has unique chemical properties. It is green crystal and has certain oxidation properties. In many chemical reactions, nickel difluoride can be used as a fluorinating agent to introduce fluorine atoms into other compounds. For example, when reacted with certain metals, it can fluorinate the surface of the metal, change the surface properties of the metal, and improve its corrosion resistance.
Nickel difluoride has a certain solubility in water. When it dissolves, it will ionize to form nickel ions and fluoride ions. This property makes it useful for chemical reactions in some solutions and participates in the interaction between ions. At the same time, the stability of nickel difluoride changes when heated. Under specific temperature conditions, a decomposition reaction will occur, releasing fluorine and other substances.
And there is also a close relationship between nickel and nickel difluoride. Nickel reacts with fluorine to obtain nickel difluoride. This reaction is a typical metal and non-metal reaction, highlighting the active chemical properties of nickel. In many chemical processes, the understanding and control of the chemical properties of nickel and nickel difluoride is essential to achieve efficient and accurate chemical reactions, and to lay a solid theoretical foundation for material preparation, chemical production, and other fields.

What are the Common Uses of Nickel Difluoride?

Nickel and nickel difluoride have a wide range of common uses. In the field of metallurgy, nickel and nickel difluoride play a significant role. Nickel has good corrosion resistance and high temperature stability, and is often used in the manufacture of stainless steel and other alloys. Nickel difluoride can be used as a fluorinating agent in the metallurgical process to help adjust the alloy composition, improve the metal properties, and make the resulting alloy more corrosion-resistant and stronger. It is widely used in aerospace, automobile manufacturing and other industries that require strict material properties.
Both also have important uses in battery manufacturing. Nickel is commonly found in nickel-cadmium batteries, nickel-metal hydride batteries, etc. Nickel difluoride has emerged in the research and development of new batteries. Its unique electrochemical properties may bring breakthroughs for high-performance batteries, such as improving battery energy density and prolonging service life, and providing assistance for the development of electronic devices and electric vehicles.
In the field of chemical catalysis, nickel and its compounds are often used as catalysts. Nickel difluoride may participate in specific chemical reactions, accelerate the reaction process, improve reaction efficiency and selectivity, and play a key role in the chemical industry such as organic synthesis, helping to produce various chemicals and materials.
In addition, in the field of electronic materials, nickel is used to manufacture electronic components such as resistors and capacitors. Nickel difluoride may have an impact on the performance of certain electronic materials, and may have potential applications in semiconductor manufacturing, contributing to the development of electronic technology. Overall, nickel and nickel difluoride, with their unique properties, demonstrate important value in many fields, driving the continuous progress and development of various industries.

What is the Production Method of Nickel Difluoride?

The preparation of nickel and nickel difluoride relies on chemical changes in ancient times. In the past, nickel difluoride was prepared by direct combination of nickel powder and fluorine gas. This reaction needs to be done in a special container at a low temperature and in a dry environment. The cover fluorine gas is abnormally active and has strong oxidizing properties. It is easy to react violently in contact with water, so the environment is dry.
The reaction formula is as follows: Ni + F _ 2 → NiF _ 2. First, the nickel powder is purified to remove its impurities and maintain its purity. The fluorine gas also needs to be refined to remove impurities. After treatment, the nickel powder is placed in a special reactor and slowly introduced into the fluorine gas. At the beginning of the reaction, although it needs to be initiated, once it is started, it will proceed spontaneously, and the heat generation is very large. Temperature control is required to prevent overreaction and damage to the product and equipment.
There is another method, which is prepared by reacting a nickel salt with a fluoride solution. For example, nickel nitrate [Ni (NO
] solution is mixed with a sodium fluoride (NaF) solution. This reaction is feasible at room temperature and pressure, and it is safer. The ionic reaction formula is: Ni ² + 2F
→ NiF
. First prepare a precise concentration of nickel nitrate and sodium fluoride solution. When mixing, pour it slowly and stir to promote full ion contact. After the reaction, nickel difluoride precipitation is obtained. After filtering, washing, drying and other steps, impurities and moisture are removed to obtain pure nickel difluoride.
However, the ancient methods have their advantages and disadvantages. Nickel powder and fluorine gasification, the product purity is high, but the operation is dangerous, and the equipment requirements are strict; although the solution reaction method is safe and easy to control, the product may contain impurities and needs to be refined. On this basis, the preparation method of later generations has been continuously improved to achieve better yield and purity.

What are the Physical Properties of Nickel Difluoride?

Nickel difluoride, or nickel fluoride ($NiF_ {2} $), has many physical properties. Its appearance is often light green powder, which is derived from the specific electronic structure of nickel ions and has characteristic absorption in the visible light band.
Nickel fluoride is an ionic compound. The nickel ion and fluoride ion are closely connected by ionic bonds in the lattice, giving it a high melting point of about 1396 ° C. The higher melting point is attributed to the strong electrostatic attractive force of the ionic bonds, which requires a lot of energy to overcome, so that the ions can be melted without the lattice binding.
It has a density of about 4.63 g/cm ³, which is relatively large. Due to the tight accumulation of ions, the mass of ions contained in the unit volume is large.
Nickel fluoride is slightly soluble in water, and partially dissociates into nickel ions and fluoride ions when dissolved. This is due to the combined effect of lattice energy and hydration energy. The lattice energy is high, and the hydration energy is not enough to completely overcome, so only a small amount is dissolved.
Its crystal structure is rutile type, with nickel ions in the center of the oxygen octahedron and fluoride ions at the apex of the octahedron. This regular arrangement results in specific physical properties of the crystal, such as hardness and optical properties. In optics, it has absorption and refraction properties for specific wavelengths of light, and may have potential applications in the field of optical materials.

Nickel Difluoride in Storage and Transportation

In the storage and transportation of nickel and nickel difluoride, many precautions need to be carefully kept in mind.
Nickel has stable properties at room temperature. However, when it encounters strong acid, it will react violently. Therefore, when storing, avoid strong acids. It should be placed in a dry, cool and well-ventilated place to prevent moisture and rust, which will damage its quality. During transportation, it is also necessary to ensure that the packaging is intact and free from bumps and collisions, causing nickel body deformation or contamination.
As for nickel difluoride, this is a strong oxidizing agent and is corrosive. When storing, it must be separated from flammable, flammable substances and reducing agents to prevent their contact from triggering the risk of combustion or explosion. The ambient humidity must also be strictly controlled, because it is easy to decompose in contact with water and loses its original properties.
When transporting nickel difluoride, the packaging must be tight and sturdy, with clear labels and clear indications of its dangerous properties. When handling, the operator should be in front of professional protective equipment, such as protective clothing, protective gloves and goggles, to prevent contact injuries. And the means of transportation must also be clean and free of stains, and no other chemicals should be left to react with them.
Both should follow strict norms and standards in all aspects of storage and transportation, so as to ensure safety and avoid accidents.