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Rocket engine parallel technology and the application of tungsten alloy in the aerospace field nuclear propulsion rocket materials

admin / 2024-04-03 / no Comments

Intro to Rocket Parallel Innovation

Rocket engine parallel innovation refers to integrating numerous engines at the very same time and utilizing their combined thrust to enhance the thrust and lots capacity of the rocket. The parallel technology made use of in the new generation of rocket engines has actually brought substantial inspiration to the development of the aerospace market. At the exact same time, this innovation has also substantially reduced the expense of rocket launches, enhanced the success price of launches, and laid a solid foundation for the future of room expedition.

(304 stainless steel)

Benefits of Rocket Identical Technology

The benefits of rocket engine parallel technology are primarily reflected in the following three facets:

1. Boost drive: By integrating several engines, the scorched gas can generate higher thrust, consequently raising the speed and lots capability of the rocket.

2. Improve the success rate: Because rocket engines are extra trustworthy after being connected in parallel, the launch success rate is likewise higher, which supplies an extra positive prospect for the advancement of area expedition.

3. Reduce costs: Rocket identical modern technology decreases the number of engines needed for a rocket launch, properly reducing the carrying price and also decreasing possible mishaps during the launch process.

Application of tungsten alloy in the air travel field

(304 stainless steel)

The aviation industry represents a country's financial, military and technical level, and is a vital symbol of a country's comprehensive national strength and national protection strength. With the quick development of the social economic climate and strong policy support, the aviation market has shown significantly wide growth prospects.

The architectural design and safety performance issues of aeronautics devices are carefully pertaining to the physical, chemical, and mechanical properties of the products utilized. Steel tungsten has a series of superb physical and chemical buildings that can meet the product efficiency needs called for by aeronautics. In the type of alloy is extensively used. Tungsten alloy is currently an indispensable crucial material in the air travel field.

1. Aeronautics counterweight. Tungsten alloy is a suitable product for aviation counterweights. It has high thickness, high tensile strength and hardness, and high details gravity, which can substantially enhance the sensitivity of the spacecraft control system and make certain that it preserves great equilibrium during high-speed rotation.

2. Tungsten alloy can be made use of as engine insulation product. Tungsten alloy has outstanding buildings such as high-temperature resistance, put on resistance, deterioration resistance, strength, and durability. The temperature level of aircraft engines is as high as more than 2,000 levels. Only titanium tungsten molybdenum alloys can stand up to such high temperatures.

3. Tungsten alloy can be utilized as the gyroscope's blades material. Using tungsten alloy in the gyro blades can ensure its extensive service life in a high-speed turning atmosphere. This is due to the fact that the tungsten alloy is manufactured via a sintering process and can accomplish exceptionally high accuracy. At the exact same time, it has wear resistance, high-temperature resistance, and various other homes.

4. Tungsten alloy can be made use of as aircraft brake pads. The heat generated during an aircraft's braking process suffices to thaw and flaw various other metals. Nevertheless, the tungsten alloy product still preserves great strength because of its high-temperature resistance, fulfilling the demands of special conditions such as heat and high pressure generated throughout airplane stopping.

5. Tungsten alloy can be utilized as a shock absorber. By implementing resonance reduction installation on the engine, tungsten alloy shock absorbers improve the environmental conditions of air-borne devices and raise its dependability, safety and security, and service life.

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Advantages and applications of aluminum nitride

admin / 2023-06-09 / no Comments

Aluminum nitride AlN Ceramics Aluminum nitride ceramic material is a refractory, composite ceramic material that has a hexagonal wurtzite. Pure aluminum Nitride is blue-white. Aluminum nitride ceramics, on the other hand, are typically gray or white.
Aluminum nitride AlN melts at 2800°C and is stable at higher temperatures in an inert environment. It has excellent thermal conductivity and electrical insulation properties. Additionally, it has low dielectric constant and loss. This combination makes it a valuable advanced material for many applications, including optics and lighting, electronics, renewable energy, and other electronic devices.

Aluminum nitride structure
Aluminum nitride AlN is a covalent bonding substance with a hexagonal crystal structure. The most common methods of preparing aluminum Nitride include direct nitridation (carbothermal reduction), high-energy ball milling and high-temperature self propagating synthesis. Chemical vapor deposition is another popular method.

The preparation method for aluminum nitride clays
Aluminum nitride clays can be prepared in the same way as other ceramic materials. There are three main preparation methods: powder synthesis; molding; and sintering.
As the raw material, aluminum nitride is used to make the final ceramic product. Its purity, size, particles, oxygen content, and other impurities have a significant impact on the thermal conductivity, subsequent drying, and the forming of the final product. It is the outstanding performance of the final product. cornerstone. There are several ways to make aluminum nitride, including direct nitridation or carbothermic reduction, self propagating high-temperature synthesizing, chemical vapor deposition, and self-propagating.

Molding process for aluminum nitride dust
There are many ways to mold aluminum nitride for powder. These include traditional molding processes like molding, hot pressing and isostatic press. All of them are possible. All are applicable due to the high hydrophilicity aluminum nitride granules. To reduce the risk of aluminum oxide oxidation, avoid contact with water while molding. Although hot pressing and isostatic presses are capable of preparing high-performance bulk aluminium nitride materials, their high production costs and inefficientness cannot be met by the rising demand for aluminum substrates for electronics. This problem was solved by adopting the casting method to create aluminum nitride clay substrates. The aluminum nitride clays used in electronics manufacturing are also made using the tape casting process.

Aluminum Nitride Ceramics
Aluminum nitride ceramics are also used extensively as a substrate, electronic film material and as a coating for crucible or other refractory material. Aluminum nitride can also be used as a container to vacuum evaporation and the smelting metals.
Its numerous excellent properties make aluminum nitride a versatile material. It is a piezoelectric film and has been widely used. As the market develops, the applications of aluminum nitride-ceramic materials will expand. This is becoming more common.

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The Applications of Molybdenum Silicide

admin / 2023-06-09 / no Comments

What is it? Molybdenum Silicide ? Molybdenum Disilicide is an organic compound with the chemical composition MoSi2. It is a grey metallic solid. Although insoluble in most acids it is soluble in nitric acid and hydrofluoric acid. The radii of these two atoms do not differ much, and their electronegativities are very close. They also have properties that are similar to metals and ceramics. Molybdenum Disilicide can be used as an electrically conducting material. A passivation layer made of silicon dioxide can also be created on the surface at high temperatures to prevent further oxidation. It can be used to make high-temperature antioxidation coating materials, integrated electrode film, structural materials and reinforcing agents in composite materials.
Molybdenum Siicide:
MoSi2 (intermediate phase) is the most silicon-rich in the Mo-Si binary alloy system. It's a Dalton type intermetallic compound of fixed composition. This high-temperature material has great performance because of its dual properties of ceramics as well as metal. Excellent high temperature resistance to oxidation, it has a oxidation resistant temperature of 1600. This is equivalent in SiC. It also has a moderate density (6.24g/cm3), low thermal expansion coefficient (8.10-6K-1), good electrical conductivity, high brittle-ductile temperature (1000), which is below ceramic-like hardbrittleness. It is soft and has the appearance of metal. MoSi can be used in integrated circuits, heating elements and high temperature antioxidation coatings.
MoSi2 consists of silicon and molybdenum bonded with metal bonds. In MoSi2, silicon and silicon are also bonded via covalent bonds. Molybdenum Disilicide is a gray tetragonal crystalline. It is insoluble within common mineral acids (including aqua regia), however, it is soluble in mixed acid of nitric and hydrofluoric acids. It can be used to heat elements in high-temperature (1700) environments due to its high resistance to high-temperature oxygenation.
An oxidizing atmosphere forms a protective layer on the dense quartz (SiO2) surface. This prevents continuous oxidation and oxidation prevention of molybdenum disilicide. SiO2 fused to form protective films when temperatures exceed 1700degC. It loses its protective power due to the act of expanding its surface. The oxidant acts on the element and forms a protective film. This element can not be used for prolonged periods in temperatures between 400 and 700 degrees C due to its strong oxidation at low temperatures.

Molybdenum Silicide Properties
Other Titles	molybdenum disilicide (MoSi2 Powder)
No.	12136-78-6
Combination Formula	MoSi2
Molecular Weight	152.11
Appearance	Gray to Black Powder
Melting Point	1900-2050 degC
Boiling Point	N/A
Density	6.23-6.31 g/cm3
Solubility of H2O	N/A
Electrical Resistivity	0.0000270 - 0.0000370 ohm-cm
Specific heat	0.437 J/g-degC (23 degC)
Tensile Strength	185 MPa
Thermal Conductivity	66.2 W/m-K (23 degC)
Thermal Expansion	N/A
Vickers Hardness	900-1200
Young’s Modulus	N/A
Exact	153.859261

Molybdenum Silicon MoSi2 MoPowder CAS 12136-876-6

Molybdenum Silicide:
Molybdenum disilicide can be used in high-temperature anti-oxidation coatings, integrated electrode films and structural materials.
1. Energy chemical industry: Electric heating elements, high heat exchangers of nuclear reactor devices, gas burners. High temperature thermocouples with their protective tubes. Melting vessels and crucibles are used to melt sodium, lithium and other metals.
2. MoSi2 and other reactive metal silicides, such as WSi2, TaSi2, Ti5Si3, WSi2, TaSi2, etc. are used in the microelectronics sector. are key candidate materials for large-scale integrated gate and interconnect film production.
3. Aerospace industry. It has been extensively and thoroughly researched and successfully applied as a high temperature antioxidation coating material. This material is especially useful for components of turbine engines such as blades or impellers.
4. Automobile industry: engine parts, turbocharger rotors and valve bodies for automobiles.
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The Applications of Mn2O3 Powder

admin / 2023-06-08 / no Comments

What is it? Mn2O3 Pulver ? Manganese oxide trioxide, a compound with the chemical formula Mn2O3, and a molecularweight of 157.88, is an oxide. Black cubic crystals. Relative densities 4.50 Water, acetic acid, and ammonium chloride solution are insoluble. It is also insoluble in other inorganic acid. Cold hydrochloric acid is used to dissolve the substance to make a brown solution. Hot dilute sulfuric or concentrated sulfuric acids are used to create a red solution. The solution then undergoes decomposition into MnO2 & manganese Nitrate in hot acid. When heated, the solution becomes Mn3O4 which releases O2. It is available in two forms: a–Mn2O3 (or g–Mn2O3). The a-type is made by heating divalent Manganese in air to 600800, and the g type by heating MnO2 in vacuum at 500. For 78 hours. It can be used for the printing and dyeing processes of cloth, as well as in the oxidation process carbon monoxide, organic compounds and nitrate.
Mn2O3 Powder's characteristics
Manganese Trioxide is a black cubic crystalline, insoluble and insoluble in water, Acetic Acid, and Ammonium Chloride Solution. It is also soluble with other inorganic acid. When heated to 1080, it becomes Mn3O4 or O2. It can be dissolved in cold water chloric acid to a brown solution or in hot dilute sulfuric and concentrated sulfuric acids to a red solution. When heated, it will decompose into MnO2 & manganese nitrate. It comes in two forms: a–Mn2O3 (g-Mn2O3) and g–Mn2O3.

Manganese Oxide Mn2O3 Powder Properties
Other Titles	Manganese oxide, Manganese(3+) oxide, Manganese sesquioxide, Dimanganese trioxide, Keto-(ketomanganiooxy)manganese, Manganese(3+) oxide, Manganese trioxide, Oxo-(oxomanganiooxy) manganese
No.	1317-34-6
Combination Formula	Mn2O3
Molecular Weight	157.87
Appearance	Black Solid
Melting Point	940 degC (1724 degF)
Solubility of in water	N/A
Density	4.5 g/cm3
Purity	99.50%
Particle size	0.8mm
Boling Point	N/A
Specific heat	N/A
Thermal Conductivity	N/A
Thermal Expansion	N/A
Young’s Modulus	N/A
Exact	173.856
Monoisotopic	173.856

Manganese Oxide Mn2O3 CAS 1317-34-6

The preparation for Mn2O3 Pulver
1. A-Mn2O3a can be prepared by further oxidation/reduction of manganese oxides or heating divalent Manganese salts in air at 600-800degC. To heat manganese nuitrate hexahydrate, or pure b–MnO2, to a constant temperature at 650 degrees Celsius in air is the best way. Manganese nitrate-hexahydrate is used as the raw material. It must be heated to 190°C to create a solid substance. Pulverization can then be done at 650°C.
2. Preparation of G-Mn2O3 In 350mL the solution, in which 2.2g Manganese Sulfate Tetrahydrate was dissolved was stirred vigorously. Next, 34mL dropwise of 3% Hydrogen Peroxide Solution was added, followed by 50mLs of 0.2mol*dm-3 Ammonia Water to create g–MnO(OH). To make the suspension that emits oxygen darken or black, heat for 4 minutes. Then filter and separate the solid. For gMn2O3, the gMnO(OH) was meticulously dehydrated at 250°C for three consecutive days. You can also prepare g–MnO2 by heating it at 500°C for 78h, under reduced pressure.
Use of Mn2O3 Pulver
1. Mn2O3 can be used for a variety of purposes and is suitable for use in the dyeing and printing of fabrics.
2. It can catalyze the oxidation organic pollutants and of nitrogen oxides.
3. It can be used to make soft magnetic material precursors.
4. Used as a raw ingredient in the production of lithium ion battery electrode materials.
5. It is the primary and intermediate product of the manganese compound.
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What Is The Applications Of Molybdenum Disulfide?

admin / 2023-06-08 / no Comments

What is molybdenum sulfide?

Molybdenum disulfide This is the main component in molybdenite. It is a solid black powder with metallic luster. Molybdenum dioxide has a chemical formula: MoS2. Its melting point at 2375degC is 2375degC, its density is 4.80g/cm3(14degC) and Mohs hardness can range from 1.0 to 1. It begins to dissolve at 1370°C and is broken down into metallic molybdenum at 1600°C.
Molybdenum disulfide can not be dissolved in water, dilute or concentrated sulfuric, and is usually insoluble in alkalis, organic solvents, and acids. However, it can dissolve in aqua regia, boiled concentrated sulfuric, and other acids.

What are molybdenum disulfide's applications?

Molybdenum disulfide can be found in many carbon brush additives used in the automobile industry and machinery industry. You can add it to lubricating oils, greases, PTFEs, nylon, and stearic acids to increase lubrication.

Molybdenum dioxide can also be used for non-ferrous metals release agents and as a lubricant to forging dies. This will help extend the service life, improve working conditions, improve the running state, prevent damage from the surface, and prevent cold welding. Make sure that the threaded connection is in its best condition when connecting.

Molybdenum diulfide can be mixed with volatile solvents and sprayed onto metal surfaces. It can also be added to engineering plastics for lubricating elements. Molybdenum sulfide can also be used directly in electronics, spraying or electroplating as well, and hardware, screws, and other industries.

Molybdenum disulfide can be used as a solid lubricant. It is particularly well-suited to high temperatures and high pressure. It is diamagnetic, so it can be used to produce a line photoconductor or a semiconductor of P-type and N-type conductivity. Additionally, it has the functions rectification as well as energy conversion. Molybdenum dioxide can also be used to catalyze the dehydrogenation complex hydrocarbons.

Molybdenum disulfide, also known as "the king among advanced solid lubricants", is another name for it. This solid powder is made from natural molybdenum powder after chemical purification. Molybdenum disulfide's color is black, slightly silver-gray and has metallic luster. It has a greasy texture and is insoluble with water. It has good dispersibility and low adhesion. It can be added with other greases to form a colloidal condition that doesn't adhere to it. This can increase the lubricity as well as the extreme pressure of grease.

Molybdenum disulfide works well in extreme conditions, such as high temperature, high pressure, and high loads. It also prolongs equipment's lifespan.

The main function molybdenum dioxidide serves in friction materials is reduce friction at low temperatures, increase friction at high temperatures, and minimize ignition loss.

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Properties and Applications of Amorphous Elemental Boron

admin / 2023-06-07 / no Comments

What is amorphous elementsal boron (Amorphous Elemental Boron)? It has chemical properties that are more active than the crystalline elemental. Crystalline boron can be used as a cutting tool or drill material, and it is much harder than diamond. In metal smelting, a small amount is added. It acts as a deoxidizer to keep the metal from being oxidized at high temperatures. On the other, it forms an alloy to improve the metal's performance.
Amorphous Boron powder is an important source of energy. It is used in the production of composite solid propellants. Boron's calorific values are more than twice those of carbon, aluminum, and magnesium. Its value is nearly three times higher than hydrocarbon fuels. The density is slightly lower that that of aluminum and it has the highest volumetric calorie value. Boron is the best nonmetallic fuel in terms of its energy. Because of its unusual shape and large surface area, amorphous Boron greatly lowers the ignition temperature.

A range of amorphous elements boron:
1. Neutron counters and neutralon absorbers are needed for nuclear reactors.
2. Catalyst for medicine and ceramic industry.
3. The ignition electrode in the electronic industry.
4. Solid rocket thrusters require high-energy fuel.
5. Monomer boron can be used in the synthesis and preparation of many high-purity boron compounds.
6. Monomer Boron is used to instill safety gas into automobiles.
7. Monolithic Boron is used for the smelting and processing of special alloy steel.
8. Monomer boron can be used as a raw material to produce boron fibre.
9. Monomer Boron is a gas that can be used to extract molten copper.
10. Monomer Boron can be used for fireworks.
11. Monomer Boron is an important raw material in the production of high-purity, boron Halide.
12. Monolithicboron is used in electricity and semiconductors. It is carbonized at 2300 C, and then it is used for the cathode material in the ignition core. It can also be used to make high-quality cathode materials, such as lanthanum boreide.
13. Monolithic boron is a good protective material for the nuclear energy industry. It can also be made to boron steel for atomic power reactors.
14. Boron is the raw ingredient for the production of borane, and other borides. Borane can also be used in rockets or missiles as a high energy fuel.
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The application status and development direction of graphite in lithium batteries

admin / 2023-06-03 / no Comments

graphite: an ideal anode materials Natural graphite made of carbonaceous material organic origin under high temperatures It is a mixture of steel gray and black grey with semi-metallicluster. The hexagonal crystal system is the crystal structure. It features a hexagonal layered structure with high temperature resistance, heat conductivity and heat conduction. , Lubrication and plasticity.

Graphite is an older negative electrode material. Graphite is a more desirable negative electrode material than carbon materials. Its conductivity, crystallinity, and good layered structure are all better than those of other carbon materials.

Modifications: Optimize anode material performance

Graphite Negative Electrodes generally use natural flake graphite. But there are a few drawbacks.

(1) Flake graphite has a large surface area which has a greater influence on the first charge of the negative electrode and its discharge efficiency.
(2) The graphite layer structure determines that Li+ can only penetrate the material's end and slowly diffuse into the particles. Flake graphite has an anisotropy that makes the Li+ diffusion path long and uneven. This causes a low specific ability.
(3) The graphite's layer spacing is too small. This increases Li+'s diffusion resistance, but also makes it less efficient at delivering high rates of charge. Li+ is easy for graphite to form lithium dendrites and deposit it on the graphite's surface. This can pose serious safety hazards.

Natural graphite can be modified to address these issues using technologies such as surface oxidation and surface fluorination. After taking into account cost and performance, industrial graphite modification is dominated by carbon coating. Modified natural graphite is a commercially available material with a specific capacity between 340 and370 mA*h/g. This has a coulombic efficiency in excess of 93% in the first week. The DOD cycle time of over 1,000 times can also be used to supply small electronic products. Specific requirements for battery performance.

Innovation: Tap the Potential of Graphite Applications

People are continuously aiming to improve the performance of lithium-ion battery technology, with a focus on higher energy density, longer life, and high power density. This results in a higher graphite-anode requirement.

Graphite concentrate is able to be further processed to make graphite products. These include graphene (spheroidized graphite), flexible graphite (fluorinated graphite), nuclear graphite or silicon-impregnated graphite), flexible graphite (spheroidized graphite), expandable graphite (spheroidized graphite), fluorinated graphite and nuclear graphite. This will allow graphite to be used in lithium batteries at a higher level. Graphene is a good conductor and can help reduce volume expansion in electrode materials. This will greatly increase the power batteries' performance. Graphene is widely used as a positive electrode, negative electrode, current collector, separator, and conductive additive in lithium-ion cells. Future market opportunities are very broad, so it is the center of current research. Spherical graphite features good electrical conductivity and high crystallinity. It can be used to replace negative electrode materials in the production of lithium-ion cells at home and abroad.

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The Applications of Chromium Carbide

admin / 2023-06-03 / no Comments

What is it? Chromium Carbide ? Chromium carbide has a high melting temperature and is highly resistant to corrosion, wear, and oxidation. It can be used in high-temperature environments (1000-1100). It has a high melting point and is widely used in thermal spraying to protect metal surfaces.
These are the key features of Chromium Carbide
Gray powder with metallic shine; Orthorhombic system. Density: 6.68g/cm3. Melting point: 1890. Good wear resistance, corrosion resistance and resistance to oxidation in high temperatures (1000-1100). It is a part of a metal ceramic. Chromium carbide is strong in high-temperature oxidation resistance, corrosion resistance, and thermal properties that are similar to those of steel. It is a good material for many industries.

Chromium Carbide Properties
Other Titles	chrome carbide, chromic carbide, trichromium dicarbide, Cr3C2 or chromium Carbon, powder
No.	12012-35-0
Combination Formula	Cr3C2
Molecular Weight	180.01
Appearance	Gray to Black Powder
Melting Point	1895 degC
Boiling Point	N/A
Density	6.68 g/cm3
Solubility of H2O	N/A
Exact	179.821536

Chromium Carbide Cr3C2 Powder CAS 12012-35-0

The manufacturing of Chromium Carbide
Method for metal chromium pulverization by electrolytic chromium: The carbon noir is crushed with electrolytic chromemium in a proportion of 13.5% - 64% (mass) to form 325 mesh metallic chromium. This is more than the combined carbon content of 11.33%). Dry mixing the raw material with a ballmill. As a molding lubricant, you can add from 1% to 3% of stearic Acid. You should press mold with more than 1T/cChemicalbookm2 of pressure. Place the powder that has been pressed into a graphite crucible or plate. Heat it in a Taman furnace (or an induction heating furnace) to 1500-1600C. Then, let it cool in a hydrogen stream to make Chromium.
What applications are Chromium Carbide
1. It can also be used to make cemented carbonide (e.g. tungsten-based cemented coiled carbide grain refiner), which can then be used for mining, machining, and so on.
2. It can be used in welding additives. It can be used as a welding rod to cover the Chemicalbook surface of some types of mechanical equipment (such a ball mill, coal mill, jaw plate, etc.). It can be used to increase the service-life of many other equipment.
3. A wide range of thermal spray material are available for metal surface protection technology. Ding Hong from Chemicalbook edited this information.
4. For chromium carbide ceramics. To form a meltblown coating on ceramics and metal surfaces, coarse-grained chrome carbide can be used. It has the properties of wear resistance, heat resistance, corrosion resistance, and more. It is widely used in aircraft engines, petrochemical mechanical devices and other applications to increase mechanical life. It can also be used for spraying semiconductor film.
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The Applications of Nano Silicon Powder

admin / 2023-06-02 / no Comments

Overview Nano Silicon Powder
The most promising electrode material for next generation lithium-ion batteries is silicon. Its specific capacity (3600mAh/g) is more than 10 times that of graphite (372mAh/g). The material's significant expansion (more than 300%) in loaded (lithiation), and the instability of its solid electrolyte interface (SEI) make it a restricted choice. Poor mechanical stability and chemical passingivation properties make silicon electrodes difficult to cycle. There has been a lot research into these issues and many suggestions for ways to overcome them.
The volume of silicon changes during lithium insertion. It is about 400%. When this happens, the silicon cracks and falls from the collector. The prototype battery loses most of its capacity in a few charge-and-discharge cycles. Lithium-ion silicon's stability and capacity issues are the keys to the success of large-capacity, high-capacity batteries.
Anode materials made of silicon have great potential to improve the efficiency and energy storage capacities of lithium-ion cells. The main drawback of silicon anode materials was their surface passivation via oxidation. This is a process that increases impedance while decreasing the circularity. High-purity silicon materials are capable of achieving high specific capacity without significantly affecting their cycle life.

Nano Silicon Anode Material Si Powder CAS 7440-21-3

What are the potential applications Nano Silicon Powder
Silicon is the most promising type of anode material for next-generation lithium-ion batteries. The nano silicon anode material is used in aluminum shell, flexible, and cylindrical batteries. Our silicon anode material can be mixed in the solvent to prevent agglomeration. They stick well to other battery materials and provide uniform and stable coatings. They can be used in a variety of applications including photovoltaics, lithium-ion batteries, and electronic components.
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The Applications of Aluminum Diboride Powder

admin / 2023-06-01 / no Comments

Overview of Aluminum Diboride Powder
Aluminum boride AlB2 (or AlB2) is a binary mixture made of aluminum and boron. It is a red solid at normal pressure and temperature. It loses its glossy surface when heated. It is stable when it is in cold dilute acid. However, it will decompose in hot hydrochloric or nitric acid. Mixing fine powders of aluminum or boron and heating them after reacting.
It is one among two compounds of aluminum, boron and AlB12, also known as aluminum boreide. AlB12, a monoclinic crystal that is black and shiny with a specific gravity of 2.55 (18degC), It is insoluble when it comes into contact with acid, water, and alkali. It is formed by melting aluminum, sulfur and boron trioxide. AlB2 has a single crystal that is parallel to the hexagonal structure of the matrix.
Aluminum Boride is a dangerous substance as it reacts to acid and hydrogen to make toxic gases. To release borane, and aluminum chloride, it reacts to hydrochloric acid.
AlB2 (alluminium diboride) has a structure that is very similar to graphite flakes. It is found between the B and B atoms of aluminum diboride (AlB2), which is very similar with the structure in magnesium diboride. AlB 2 single crystal shows metal conductivity along an angle parallel to the hexagonal plan of the substrate.
The AlB2 crystal structure is used to describe intermetallic compound prototype structures. There are many structures in the AlB2 family.

Aluminum Diboride AlB2 Powder CAS 12041-50-8

What are the applications of Aluminum Diboride Powder
Aluminum Boride can be described as a light yellow, white, or random-colored powder. It can be used in the following ways:
Non-toxic flame retardant
plastics,
rubber,
textiles,
coatings,
Magnets with superconductivity
transmission lines,
Magnet field detectors that are sensitive.
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