Strontium Difluoride

Specifications

HS Code	471795
Chemical Formula	SrF2
Molar Mass	125.62 g/mol
Appearance	white crystalline solid
Density	4.24 g/cm³
Melting Point	1473 °C
Boiling Point	2460 °C
Solubility In Water	0.113 g/100 mL (20 °C)
Crystal Structure	fluorite
Refractive Index	1.434 (at 589 nm)
Hardness	Mohs 3.5

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

Packing & Storage

Packing	Strontium Difluoride packaged in 1 - kg bags for secure storage and transport.
Storage	Strontium difluoride should be stored in a cool, dry, well - ventilated area. Keep it in a tightly - sealed container to prevent moisture absorption and contact with reactive substances. Avoid storing near acids as it may react. Store away from heat sources and ignition points to ensure safety, as it is stable under normal storage conditions but can pose risks if mishandled.
Shipping	Strontium Difluoride is shipped in sealed, corrosion - resistant containers. It's transported under strict regulations due to its chemical nature, ensuring proper handling to prevent any potential environmental or safety hazards during transit.

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General Information

Historical Development

Strontium Difluoride is a chemical substance. Its historical development can be traced back to the past. Early chemists gradually paid attention to this when they were exploring the properties of elements. The initial understanding was still shallow, and only some of its basic characteristics were known.
With the passage of time and the evolution of science and technology, research has become more and more in-depth. Many experiments have been carried out to study its physical and chemical properties. Knowing its reaction under specific conditions also shows its potential use in the field of materials.
In the past, the preparation of Strontium Difluoride was quite difficult, and the yield was not high. However, today is different from the past, the preparation process has been greatly improved, and the yield and purity have been significantly improved. It is widely used in optics, electronics, and other fields, and its future development is expected to be even more brilliant, shining brightly in more new fields.

Product Overview

"Overview of Strontium Difluoride Products"
Strontium Difluoride is a treasure of chemistry. Its color is pure and pure, its properties are stable and widely used. This product has unique optical properties and is indispensable in the fields of optical instruments and lasers. Its light transmission performance is excellent, which can make the light clear and transparent, just like the clarity of autumn water.
It is also made with exquisite craftsmanship. It is made of high-purity raw materials and has been carefully tempered through multiple rigorous processes. Its purity is extremely high, impurities are almost non-existent, and the quality is excellent.
Strontium Difluoride has shown excellent contributions in scientific research and industry. It has contributed to the progress of science and technology, such as the help of ships and the guidance of development. It is a treasure among chemical products, with a bright future and promising future.

Physical & Chemical Properties

"On the Physical and Chemical Properties of Strontium Difluoride"
Sr difluoride, which is a white crystalline powder, like fine snow, pure and stable. In terms of its physical properties, the melting point is quite high, about 1000 and 50 degrees, and it is difficult to melt in normal conditions, just like the strength of Zhenshi. Its density can also be observed, about four grams per cubic centimeter, sinking in water but not floating, like a heavy weapon.
As for its chemical properties, it is slightly soluble in water, just like a hermit's escape from the world, leaving only a faint shadow in the water. In case of strong acid, it reacts and converts into other things, such as combining with hydrochloric acid, generating hydrogen fluoride. In the field of chemical industry, it has a wide range of uses. It can be used as an optical material, a lens aid to increase transparency; it can also be used as a metallurgical aid and a refining of auxiliary metals. In fact, among chemical substances, it is an indispensable material.

Technical Specifications & Labeling

"Technical Specifications and Labeling of Strontium Difluoride (Commodity Parameters) "
Strontium Difluoride is a chemical product that we have painstakingly studied. Its technical specifications are fundamental to quality. Pure color and uniform quality, stable crystal phase, this is the first priority. The particle size distribution needs to be precisely controlled, fine and uniform, in order to achieve good results.
In terms of identification, the marked commodity parameters must be clear and correct. The purity item should be indicated by an accurate value, and no difference should be made by the millimeter. Physical constants such as melting point and boiling point must also be accurately marked for the user to check. And on the packaging, warning labels are indispensable to inform potential risks and ensure the safety of the user. In this way, Strontium Difluoride technical specifications and identification of the essence, in the chemical road, stable and far.

Preparation Method

The method of making Strontium Difluoride involves raw materials and production processes, reaction steps and catalytic mechanisms. Take pure hydrogen fluoride, add strontium hydroxide, and mix the two in a proportional manner. First dissolve strontium hydroxide in water to obtain a clear solution, and slowly inject hydrogen fluoride. In this process, control its temperature and rate to ensure a uniform reaction. The chemical reaction formula is: $Sr (OH) _2 + 2HF\ longrightarrow SrF_2 + 2H_2O $. After the reaction is completed, let stand and stratify, pour the supernatant to remove impurities. Next, filter the precipitate, wash it several times with distilled water to purify its quality. Then put it in an oven, adjust the temperature moderately, bake it to remove moisture, and finally obtain pure Strontium Difluoride. In this regard, temperature control, rate, and proportion of raw materials are crucial, which are related to the purity and yield of the product. The catalytic mechanism is also delicate, and it is necessary to accurately grasp it in order to achieve optimum results.

Chemical Reactions & Modifications

Taste the wonders of chemistry, it is related to the change of substances. Strontium Difluoride, its chemical reaction and modification are worth exploring.
Strontium Difluoride, in a specific environment, comes into contact with other things, and often produces wonderful transformations. It encounters with an acid, or reacts with a complex decomposition to generate new substances, and in this process, the breaking and recombination of bonds follow the rules of chemistry.
As for modification, physical methods can be used, such as grinding to change its particle size, so that its specific surface area increases and its activity rises; or chemical means are used to doped with other elements to give it different properties. In this way, it may be able to optimize its optical and electrical capabilities, and in many fields, such as optical devices and electronic materials, it can develop its strengths, open up new paths, and contribute to the advancement of science and technology.

Synonyms & Product Names

"On the same name and trade name of" Strontium Difluoride "
Strontium Difluoride, Chinese name strontium fluoride. In my field of chemical research, it is common to have more than one thing. Strontium fluoride, also known as strontium fluoride stone, is its same name.
Its trade name is also different in the city. However, its essence refers to this chemical substance. Strontium fluoride has unique chemical properties and is widely used in various fields such as optical materials. Due to the special application scenarios, merchants take different trade names to recognize its characteristics or uses. The same name is based on its chemical composition, traits and other academic cognition, while the trade name is mostly involved in marketing activities and application orientation. Although the names of the two are different, they refer to one, and both chemistry learners and practitioners should be discerning, so that there is no difference in scientific research and production.

Safety & Operational Standards

About the safety and operation of strontium fluoride products
Strontium fluoride (Strontium Difluoride) is an important chemical product. Its safety and operation standards must not be ignored.
First word safety. Strontium fluoride has a certain chemical activity, and it should be stored in a dry, cool and well-ventilated place. If it is exposed to humid air, it may cause chemical reactions, affect quality, and generate harmful gas. Be cautious when contacting it. If the skin touches it, rinse it with plenty of water as soon as possible; if it enters the eyes, rinse it with flowing water immediately, and seek medical attention as soon as possible. Eating it by mistake is even more harmful, or causes damage to internal organs, so it is necessary to strictly prevent water sources, food, etc. from being contaminated by it.
Times and operating specifications. When taking strontium fluoride, prepare protective equipment, such as gloves, goggles, etc., to prevent it from coming into direct contact with the body. During the operation, the action should be steady and slow to avoid dust flying. If used in experiments, it must be measured accurately according to the experimental procedures, and do not increase or decrease the dose at will. After the reaction is completed, the remaining strontium fluoride cannot be discarded at will, and should be recycled according to regulations.
Furthermore, the place of operation must have complete ventilation facilities to discharge possible harmful gases in time. At the same time, the operator should be familiar with first aid methods, and in case of an accident, they can save themselves and each other in time.
In short, the safety and operation specifications of strontium fluoride products are related to personnel safety and product quality, and cannot be slack. It is necessary to abide by the norms to ensure that everything goes smoothly.

Application Area

Taste the compounds of the world, each has its own uses. Strontium Difluoride has a wide range of uses. In the field of optics, it can make lenses, which can make light fold and turn orderly, and the image is clear. It is a good tool for stargazing and farsighting. In the laser industry, it is also indispensable. It helps the laser to emit accurately and focus the energy, making it a wonderful technique for cutting and engraving. And in the field of electronics, it can be used as an auxiliary material for semiconductors, making the electron conduction stable and the device run smoothly. It is often an important reagent in scientific research experiments, helping researchers explore the mystery of chemistry and analyze the properties of matter. Although it is small, it plays a great role in the fields of optics, lasers, electronics, and scientific research. It is sincerely a rare material in the world.

Research & Development

In recent times, chemistry has flourished, and the research of various substances has advanced day by day. Strontium Difluoride is an important chemical product. Our generation has dedicated ourselves to studying, observing its properties and exploring its production methods. After years of experiments, we have carefully examined its reaction conditions, optimized the process, and strived to improve.
In the field of application, we have also explored widely. It has great potential in optical materials and other aspects. We have worked hard to expand its use, so as to benefit the world. After the concerted efforts of our colleagues, we have made progress, but we still need to make unremitting efforts. In the way of research and development, we will move forward with great effort, hoping to make this product play a greater role, and add bricks and tiles to the development of chemistry to achieve new territory.

Toxicity Research

The chemical industry is related to people's livelihood, but the study of poisons should not be careless. Today there is Strontium Difluoride, for our chemical researchers, the study of its toxicity is crucial.
Strontium Difluoride, its sex may be potentially dangerous. Although it looks ordinary, it enters the body in various ways, and can cause harm through the mouth, percutaneous, and even inhalation. If you touch it carelessly, it may damage the skin and eat mucous membranes. If it enters the viscera, it will disrupt the physiological order, damage the liver and kidneys, and hinder the transportation of qi and blood.
Our researchers, with rigor in mind, should explore its toxicity mechanism and clarify the degree of harm. During the experiment, the protection must be well-protected, and the operating procedures must not be sparse. It is expected to know its nature, which is the prosperity of the chemical industry and the safety of all living beings.

Future Prospects

Strontium Difluoride is also a chemical substance. Today, it has its own characteristics, and its uses are also different. In the future, it can be greatly improved.
Its application in the field of light may help us break through the limitations. For example, light components can make light more delicate, or can achieve imaging devices beyond today's standards, making the scene, micro-scale, and color more accurate.
In the field of materials, it is also expected to explore new frontiers. With its base, it may be possible to develop more advanced and durable composite materials, which can be used in aerospace, deep sea and other fields to help equipment travel for a long time, without affecting inferior products.
In addition, Strontium Difluoride has not yet been developed, and it is full of possibilities. We have made research efforts to explore it diligently in order to reveal more secrets and use it in the world.

Where to Buy Strontium Difluoride in China?

As a trusted Strontium 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 Strontium 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 main uses of Strontium Difluoride?

Strontium and difluoride have a wide range of uses. In the field of metallurgy, it can be used as a deoxidizing and desulfurizing agent to help improve the quality of steel and non-ferrous metals, and enhance their strength, toughness and corrosion resistance. Due to its good optical properties, strontium difluoride is often used in the manufacture of infrared windows, lenses and prisms in the field of optical materials, and is indispensable in infrared detection, thermal imaging and other fields.
In the electronics industry, it is a key material for the manufacture of electronic components, such as semiconductors, capacitors, etc., which has a profound impact on the performance of electronic equipment. In the ceramics and glass industry, it also has important functions. The addition of strontium difluoride can improve the chemical stability, mechanical strength and thermal stability of ceramics and glass, making it widely used in the manufacture of buildings, tableware,
Furthermore, in the nuclear industry, strontium-90, as a radioactive isotope of strontium, is not the same as strontium difluoride, but strontium difluoride-related technologies may assist in the treatment of nuclear waste. And in the medical field, specific strontium compounds are used to treat osteoporosis, and strontium difluoride-related research may be helpful for the development of new medical applications. In short, strontium and strontium difluoride play a significant role in many industries, promoting technological development and product innovation in various fields.

What are the Physical Properties of Strontium Difluoride

Strontium (Strontium) and strontium difluoride (Strontium Difluoride) are chemical substances with unique physical properties. Describe them in detail.
Strontium difluoride is a white crystal, solid at room temperature and pressure, with a high melting point, about 1473 ° C. Due to strong ionic bonds, it requires multi-energy to destroy the lattice structure. Its boiling point is about 2460 ° C, and it can be gasified into gaseous molecules at high temperatures.
Strontium difluoride has a density of about 4.24 g/cm ³, which is higher than the density of common water of 1 g/cm ³, and will sink to the bottom when placed in water. Its hardness is moderate, although it is not as hard as diamond and other hard objects, it also has certain wear resistance and compression resistance.
Strontium difluoride is insoluble in water and has little solubility at room temperature. Due to its large lattice energy, it is difficult for water molecules to overcome ionic bonds to dissociate it into ions and dissolve. However, it can be moderately dissolved in some special solvents or under specific conditions.
Strontium difluoride has good optical properties and good transmission to ultraviolet and visible light. It is often used in optical components, such as the manufacture of infrared optical materials, scintillation crystals, etc., and is widely used in the field of optics.
Furthermore, strontium difluoride is an ionic compound. In the solid state, ions are bound to the lattice and cannot move freely, so they do not conduct electricity. However, when molten or dissolved in a solvent that can ionize it, ions can move freely and conduct electricity. From the above, it can be seen that strontium difluoride has unique physical properties and has important applications in materials science, optics, electronics, and other fields. Its characteristics contribute to the development of various fields.

Is Strontium Difluoride Chemically Stable?

The complex of strontium and difluoride, namely strontium fluoride ($SrF_ {2} $), is quite stable in chemical properties. Strontium fluoride is an ionic compound, composed of strontium ions ($Sr ^ {2 +} $) and fluoride ions ($F ^ {-} $) combined by ionic bonds. The ionic bond has a high bond energy, giving strontium fluoride a relatively stable structure.
At room temperature and pressure, strontium fluoride is a white crystalline powder and is insoluble in water. This is because the interaction between water molecules and strontium fluoride lattice is insufficient to overcome the lattice energy, so its solubility is poor. The insolubility also reflects the stability of its chemical properties from the side, and it is not easy to dissociate or undergo other chemical reactions due to the action of water.
The thermal stability of strontium fluoride is quite high. In high temperature environments, its crystal structure can still maintain stability and is not easy to decompose. This property makes it applicable in many high temperature fields. For example, in the preparation of some ceramic materials, the addition of strontium fluoride can improve the high temperature resistance of the material. Because of its own structural stability, it can maintain its inherent characteristics at high temperatures and does not easily react with other substances, thus ensuring the stability of ceramic materials.
The chemical stability of strontium fluoride depends on its chemical bond properties, crystal structure and interaction between ions. Its stable chemical properties make it useful in many fields such as optics, electronics, ceramics, etc., laying a solid foundation for the development of related industries.

What is the Preparation of Strontium Difluoride?

The methods for making strontium difluoride (strontium fluoride, chemical formula SrF 2) are as follows.
One of them can be obtained by combining soluble strontium salt with hydrofluoric acid or soluble fluoride. For example, strontium nitrate (Sr (NO) 2) is mixed with hydrofluoric acid (HF), and the chemical reaction is ionic phase combination. Strontium nitrate dissociates into strontium ion (Sr ²) and nitrate ion (NO ²) in water, and hydrofluoric acid dissociates into hydrogen ion (H ²) and fluoride ion (F). When the two solutions are mixed, strontium ion is combined with fluoride ion, resulting in strontium fluoride precipitation. The chemical equation is: Sr (NO < unk >) ³ + 2HF = SrF < unk > + 2HNO < unk >. In this process, it is necessary to pay attention to the reaction conditions, the concentration and temperature of the solution are affected. If the temperature is too high, it may cause the solubility of strontium fluoride to change, which is not conducive to precipitation formation.
Second, strontium carbonate (SrCO <) can also be used to react with hydrofluoric acid. Strontium carbonate first reacts with hydrofluoric acid, and carbonate ions (CO < unk > ²) react with hydrogen ions to generate carbon dioxide (CO < unk >) to escape, while strontium ions combine with fluoride ions to synthesize strontium fluoride. The reaction formula is: SrCO < unk > + 2HF = SrF < unk > + H < unk > O + CO < unk ↑. In this method, the purity of strontium carbonate and the proportion of hydrofluoric acid used are all related to the purity and yield of the product. If there is too much strontium carbonate, the product may be mixed with unreacted strontium carbonate; if there is too much hydrofluoric acid, subsequent separation and purification may be more difficult.
Third, strontium hydroxide (Sr (OH) ³) can also be reacted with hydrofluoric acid to obtain strontium fluoride. Strontium hydroxide dissociates strontium ions and hydroxide ions (OH), hydrogen ions of hydrofluoric acid and hydroxide ions neutralize to form water, and strontium ions and fluoride ions combine to form strontium fluoride. The equation is: Sr (OH) 2O + 2HF = SrF 2O + 2H 2O O. In this process, the pH of the reaction needs to be finely regulated. If the pH is improper, it may affect the formation rate and purity of strontium fluoride.

In which industries is Strontium Difluoride widely used?

Strontium difluoride, also known as strontium fluoride ($SrF_ {2} $), is widely used in various industries.
In the field of optics, its application is quite significant. Strontium fluoride has excellent optical properties, such as high transmittance and low refractive index, which is of great significance in infrared optical systems. It is often made into components such as optical windows, lenses and prisms. It can help equipment clearly capture infrared signals and improve imaging quality in infrared devices such as night vision goggles and thermal imagers. In the field of optical fiber communication, it also has its own shadow, which can optimize the performance of optical fibers, enhance the stability and efficiency of signal transmission, and ensure smooth communication.
In the electronics industry, strontium fluoride is also indispensable. It is a key material for the preparation of certain electronic components. In semiconductor manufacturing, it can be used as an etchant or dopant. As an etchant, it can precisely etch semiconductor materials, shape fine structures, and meet the high-precision needs of chip and other component manufacturing; as a dopant, it can change the electrical properties of semiconductors, regulate electron mobility and carrier concentration, and optimize component performance. In flat panel display manufacturing, strontium fluoride can be used to improve the performance of phosphors, improve display brightness, color saturation and resolution, and make the screen look better.
In addition, in the metallurgical industry, strontium fluoride is also useful. In the metal smelting process, it can be used as a flux. Adding strontium fluoride can reduce the melting point and viscosity of slag, improve slag fluidity, make slag and metal better separation, and improve metal purity. At the same time, it can also promote the oxidation of certain impurities, remove harmful elements such as sulfur and phosphorus, and improve the quality of metals. In the smelting of light metals such as aluminum and magnesium, this role is particularly critical, which can effectively improve the properties and quality of metals.