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What are the Application of Alumina Industrial Ceramics

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Alumina ceramics’ main properties

Alumina ceramics, a ceramic material containing alumina (Al2O3) is used to create thick-film integrated circuits. Alumina ceramics exhibit high conductivity, high mechanical strength, and high resistance to temperature. It is important to note that ultrasonic cleaning may be required. Alumina ceramics can be used in many different ways. Alumina ceramics are becoming more popular in modern society because of their superior performance.

Alumina industrial ceramics offer excellent insulation, wear resistance and high temperature resistance. They are popularly used in many industries, including electronics, chemical, refractory, as well as machinery and electronics. So what are the various uses of alumina, you ask?

The main applications of alumina in industrial ceramics

1. The main components in ruby and sapphire’s are alumina industrial clays. These will display different colors due to other impurities. Ruby has chromium dioxide, and is red. Sapphire has iron oxide (and is also blue), and sapphire has titanium oxide (and is also blue).


2. The content of alumina industrial clays, which is the major component of bauxite of biauxite, is the highest.


3. Aluminum is resistant to corrosion in the atmosphere because it is made from industrial ceramics. Pure aluminum is very easy for oxygen to react with, creating a thin aluminum oxide film in order to protect the aluminum surface.


This layer of alumina ceramic film can help prevent further aluminum oxidization. Anodizing is a process that increases the thickness of oxide films.


4. Aluminum is a good conductor and heat conductor. Because of its high hardness and adaptability, carborundum is the crystal form. It is well-suited for cutting tools and abrasive materials.


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The applications of Tantalum Carbide Powder

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Overview Tantalum Carbide Powder
Tantalum carbide granule It is insoluble, nearly insoluble, inorganic acid, soluble, in a mixture acid of hydrofluoric acids and nitric acid and can be broken down. Potassium pyrosulfate is a strong antioxidant, which can easily be melted and decomposed. At room temperature, the resistance is 30O. This indicates superconductivity. (TaC can be used in powder metalurgical, cutting tools and fine ceramics. Chemical vapor deposition is also an option. The main body of tantalum carbonide (TaC), is a golden yellow color that can be used for decoration.
Tantalum Carbide TaC Powder Cas 12070-06-3
What are the applications of Tantalum Carbide Powder
Tantalum carbide is used primarily in the manufacture of carbide, capacitors and electronic devices. In order to improve the physical properties of the sintering structures, carbides are commonly added to tungsten carbide/cobalt powder wear (WC /CO).
Tantalum carbide is also used to inhibit the formation of large grains in order to ensure optimum hardness.
It is also used to coat steel molds during aluminum alloy injection molding. It not only provides wear-resistant, but also low friction surfaces.
Carbides can also be used to create sharp instruments with extreme mechanical resistance. Tantalum carbide is also useful in the following:
1.Cemented caride
The cemented carbide’s tantalum carbide plays a significant role. It enhances alloy properties by increasing fibrous tissue, phase transformation kinetics, and makes alloys stronger, more stable, and easier to process.
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Aluminum Nanoparticle Shapes and Applications

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aluminum nanoparticles, also known as aluminum dot or aluminum powder, are black spherical high surface area metal particles with average particle size of 10-30 nm and specific surface area (SSA) in the range of 30 – 70 m2/g. These high purity aluminum nanoparticles can be produced in a variety of chemical and passivated forms.

Chemically synthesized and passivated aluminum nanoparticles are a versatile aluminum material that can be used in a wide range of applications. They can be manufactured in a variety of morphological and structural forms, including spherical, silica-shelled nanopowders, and faceted particles.

Biological and biomedical research uses aluminum nanoparticles for applications such as brain-derived neurotrophic factor (BDNF) synthesis, immunotherapy, and a number of drug delivery systems. BDNF is a peptide-based protein that can be activated by neurotransmitters and receptors related to learning and memory.

Physical/chemical and plasmonic properties of aluminum nanoparticles are influenced by their shapes, which makes them ideal for many specialized applications. Rice University scientists have shown that a nanoparticle’s shape can affect its optical and catalytic properties, which could be useful for researchers seeking to manipulate the physical properties of materials to improve their performance.

A team from the Laboratory for Nanophotonics at Rice University have produced aluminum nanoparticles with different shapes and found that the most rounded shape, which has 14 sides and 24 blunt points, was more effective in using light to catalyze chemical reactions. The team’s findings offer a possible new method to produce more effective and stable aluminum nanoparticles for use in energy-related applications, such as solar cells.

The Applications of Zirconium Nitride Powder

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Overview Zirconium Nitride Powder
ZrN is the chemical formula for zirconium-nitride. Zirconium is a good corrosion resistant, high hardness, good oiliness, and high ductility. This makes it a desirable coating. Zirconium Nitride (ZrN), can be used in many different ways because of its properties.
Zirconium-nitride (ZrN), compounds have crystal structures that change with their composition. The ZrN (or o-Zr3N4 in Zr-N) alloy compounds have been identified as ZrN and cZr3N4. They have excellent chemical properties and can be used in diffusion stacks, low temperature instruments, etc. not only in three-dimensional integrated electrical coils, but also in metal-based semiconductors. In terms of wear resistance as well as oxidation and corrosion resistance, ZrN compounds are better than pure zirconium. Additionally, they have a higher critical temperature for superconductivity, which makes them very useful superconductors.
Zirconium Nitride ZrN Powder CAS 25658-42-8
What are the uses for Zirconium Nitride Pulver?
Zirconium-nitride powder can be found in hardware, building materials and bathrooms. It is used extensively in architectural decoration, home appliances, jewelry, mobile phones, and other fields. This makes it a highly valuable research object for the decorative coating industry.
These are the areas of application
1.ZrN is used in nano-composite tools and hard alloys.
2.ZrN is used as a high-temperature ceramic conductor material.
3.ZrN is a heat-resistant, wear-resistant powder.
4.ZrN powder is used to reinforce hardware and building materials.
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Nano Diamond Powder Applications In Various Fields

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Nano diamond It was first developed 30 years ago. However, its applications were limited to polishing agent, polycrystalline and other abrasives. The use of nano diamond powder in lubricating oil has increased as people have a better understanding of the properties. The applications of nano diamond powder in lubricating oil, medicine, metal coating, magnetic record system, medicine, and many other fields are still being explored.

Traditional use areas for nano diamond powder:

1. Nano-diamond and metallic composite coating Plated parts have a 1 to 9-time increase in service life. The coating thickness can be reduced up to 2x. Electroplating is done with standard electroplating equipment.
The average percentage of diamonds found in the metal coat is between 0.3 and 0.5% by weight. Diamond consumption is 0.02 g (one carat) when the coating is 1 micron thick.

2. Nano diamond polishing liquid
It is widely used for semiconductor silicon wafer polishing.

The use of nano diamond powder in new development fields

1. A nano-diamond component is used as a lubricating and cooling oil.
Use of nano diamond in lubricating oils, greases, and coolants is mainly for the machine industry, metal processing. Nano diamond can increase the life of your engine and transmission, and help you save fuel oil.

2. Nano diamond-polymer composite
Use nano-diamond polymer compounds in aviation, automobiles. tractors. shipbuilding. Medicine, chemicals. Petrochemicals. Globe valves. Protective layers. Wear-resistant coatings.

3. Sintered body
The nano-diamonds can be mixed with transition metals in order to make high-strength and very low-porosity diamond-sintered bodies. This can be used for processing soft or brittle materials, with very low surface roughness.

4. Magnetic recording system
You can also use nano-diamonds in magnetic recording devices such as magnetic tapes or magnetic disks as wear-resistant modifiers and wear-resistant additions. Nano-diamonds can be used to reduce the number of ferromagnetic materials particles, improve recording density and reduce friction coefficient.

5. Add to the intermetallic compounds
Intermetallic compounds of copper, tin and zinc containing nano diamonds are suitable for use as friction parts under very difficult working conditions. This is because plastic and liquid lubricating material are often extruded.

6. Medicine
You can also use nano diamond in medicine to treat tumors, gastrointestinal disease, and skin disorders. It is safe, non-carcinogenic and rust-free. Nano diamond can be used as a super-active adsorbent or bioactive locator to enhance drug efficacy.

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The Applications of Amorphous Boron Powder

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Amorphous Boron Pulver
An elemental boron powder is either black or dark brown. It can be oxidized in air to prevent internal boron being oxidized by the formation of a trioxide film. Boron is insoluble in water,boron powder is soluble in boiling nitric acid and sulfuric acid,and most molten metals such as copper,iron,manganese,aluminum and calcium.The content of boron in the earth’s crust is 0.001%.Boron is black or silver Gray solid.Crystal boron is black,the hardness is second only to diamond,and the texture is relatively brittle.Boron is named Boron,its name is derived from Arabic,the original meaning is “flux”.It means that the ancient Arabs already knew that borax has The ability to melt metal oxides is used as a flux in welding. Boron has the highest volumetric heat. It is also second in weight to beryllium.
Amorphous Boron powder MF.B. Molecular weight 10.81; melting point 2300+-2; Sublimation Temperature: 2550. relative density 2.34-2.37. Solubility in water, hydrochloric Acid, ethanol and the ether. It is easy to freeze. The solution is reduced to hydrogen and oxidized by concentrated sulfuric and nitric acids to make boric acid.
Amorphous Boron powder is stable and reliable. It can be stored for a very long time. You can customize products according to your requirements.
Boron B Powder Amorphous CAS 7440-42-8

What are the uses Amorphous Boron powder?
Mainly amorphous Boron powder, used in metallurgy.
The alloy can also contain amorphous Boron powder as an additive or compound.
Amorphous Boron powder is an important raw material in the production of many borides.
An amorphous powder of boron can be used as a catalyst to produce organic chemical reactions.
Group gatherings can affect the dispersion and use of boron dust. The amorphous powder should be stored in a vacuum sealed container and kept dry in a cool, dry place. Additionally, avoid stress with amorphousboron powder.
Amorphous Boron Powder
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The Applications of Boron Nitride Powder

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Overview of Boron nitride powder Boron industrial powder It is a pure white ceramic material that has a hexagonal structure, similar to graphite. Boron nitride can withstand high temperatures of up to 2000°C. Its dielectric strength, depending on its grade, is close to 1000 V/mil. Boron Nitride is hot-pressed as billets. This can easily be made into rods, bars and plates or other custom shapes.

Hexagonal Boron Nitride (BN Powder) CAS 10043-11-5
What are the functions and uses of boron-nitride
1.Release agent and lubricant of metal drawing.
2. Specific electrolysis and resistance material in high temperature.
3.High-temperature solid lubricants,extrusion anti-wear additives,additives for the production of ceramic composite materials,refractory materials and antioxidant additives,especially in the case of corrosion resistance of molten metals,heat-enhanced additives,high-temperature insulation materials.
4.Heat sealing desiccant to transistors and add-ons for polymers, such as plastic resins.
5.Pressed to form boron nitride product shapes. These can be used for high temperature, high pressure, insulation and heat dissipation purposes.
6. Thermal shielding in aerospace
7. It can be transformed into cubic bore nitride by the use of catalysts.
8. The structural materials for the atomic reaction
9.Aircraft,rocket engine nozzle.
10.Insulator for high voltage and high frequency electricity.
11. Materials to prevent neutron radiation
12. The superhard material from boron Nitride processing can be turned into high-speed drill bits and cutting tools for geological exploration or oil drilling.
13.Separation rings for continuous-cast steel in metallurgy.
14.Made all kinds of evaporation boat for capacitor film aluminum plating. Picture tube aluminum plating. Display aluminum plating.
15. Different fresh-keeping aluminum-plated packaging bag, etc.
16.All kinds laser anti-counterfeiting plating, brand hot stamped materials, all kinds of cigarette labels and beer labels,packaging containers,cigarette packaging box, etc.
17.The filler used in cosmetics for lipstick is non-toxic,lubricating and shiny.
The c-BN film’s high hardness and transmittance make it ideal for optical applications. It can be used as a coating on optical components and as a Coating for window materials like zinc sulfide (ZnSe), and zinc sulfide (ZnSe).
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The Applications of Gallium Nitride

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What is it? Gallium Nitride Powder ?
Gallium Nitride is an inorganic compound with the chemical formula GaN. It is a mixture of nitrogen and galium. It is a direct bandgap silicon and has been widely used in light emitting diodes ever since 1990. This compound exhibits a wurtzite like structure and high hardness. The energy gap for gallium nitride, 3.4 electrons per second, is extremely wide. This allows it to be used in high power, high speed optoelectronic components. For example, gallium nutride can be used to make violet laser diodes. It can also be used in nonlinear semiconductor-pumped, solid-state lasers.
The key features of Gallium Nitride Powder
GaN is a very stable and hard melting material. Its melting point is approximately 1700degC. GaN exhibits the highest degree of ionization (0.5 to 0.43) among III-V compounds. GaN crystals are hexagonal wurtzite structures at atmospheric pressure. It contains 4 atoms in a cell and has an atomic volume about half of that of GaAs. It’s a great coating protection material because of its hardness.
1. Chemical properties
At room temperature, GaN can dissolve in water, acids, bases and hot alkaline solutions. However, it is insoluble at room temperature. For defect detection of low quality GaN crystals, NaOH and H2SO4 can quickly corrode the GaN. GaN has unstable properties at high temperatures and is more stable under N2 gas than HCL or hydrogen.
2. The electrical characteristics
The device’s electrical properties are key factors. Intentionally doped GaN in all cases is n-type. At 4×1016/cm3, the electron concentration of best samples is around 4. Preparations of P-type specimens are usually highly compensated. Research in this area has been conducted by many groups. Nakamura was one of them. He reported that GaN has the highest mobility data at both room and liquid nitrogen temperatures. The subconcentrations of the relevant current carrying are n=4×1016/cm3 or n=8×1015/cm3. In recent years, the electron concentration values for MOCVD-deposited GaN sheets are reported at 4 x 1016/cm3, and 1016/cm3 while results from plasma-activated MOBE are 8x 103/cm3, and 1017/cm3. The undoped carrier can be controlled within the range of 1014-1020/cm3. Additionally, the P-type process and Mg low energy electron beam irradiation, or thermal Annealing allow for the control of the doping level to be controlled at a range between 1011 and 1020/cm3.
Gallium Nickel GaN powder CAS 25617-97-4
Gallium Nitride Powder’s applications
GaN material series can be used to make high-temperature electronic devices, such as microwave devices, with a low heat generation rate. Many GaN heterostructures can now be grown thanks to MBE technology, breakthroughs in key thin-film growth technologies and progress in the application of GaN material. GaN material was used to create new devices, such as the Metal Field Effect Transistor(MESFET), Heterojunction Field Effect Transistor(HFET), Modulation Doped Field Effect Transistors (MODFET), and others. Modulation-doped AlGaN/GaN has high electron mobility (2000cm2/v*s), high saturation speed (1x107cm/s) and low dielectric constant. This makes it the best material to make microwave devices.
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The Applications of Magnesium Nitride Powder

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Magnesium Nitride Pulver Overview
Magnesium-nitride The chemical formula Mg3N2 refers to an inorganic compound of nitrogen and magnesium. It is a green-yellow liquid at room temperature and under pressure. Magnesium-nitride, an inorganic compound made up of nitrogen and magnesia, has a molecular formula Mg3N2 (molecular weight 100.9494). It belongs to the cubic-crystalline system. Magnesium Nitride reacts with ammonia to make it, just like other metal nitrides. The magnesium ribbon can also be used to prepare magnesium nitride by being burned in nitrogen. A catalyst is sometimes used.
Magnesium Nitride Mg3N2 powder CAS 12057 71-5
What are the possible uses for Magnesium Nitride Pulver?
The nano-magnesium dioxide has an obvious surface and quantum effect as well as a small size and macro tunnel effect. It also has many other functions, including optics, catalysis, magnetism and mechanics. It is an important new material of the 21st Century. Nano-magnesium oxide is widely used in electronics,catalysis,ceramics, petroleum products,coatings and other fields. Different products use them in different ways. They are used as flame retardants in the chemical fiber and plastic industries;high-temperature dehydrating agents for the production of silicon steel plates,advanced ceramic materials,electronic industry materials,and adhesives and additives in chemical raw materials; high-frequency magnetic rod antennas in the radio industry, Fillers for magnetic equipment, fillers for insulating materials and various carriers; refractory fibers and refractory materials, magnesia chrome bricks,fillers for heat-resistant coatings, high-temperature insulation meters, electrical, cables, optical materials and steelmaking; electrical insulation materials, Manufacturing crucibles, furnaces, insulated pipes(tubular elements), electrode rods, electrode plates.
With the growing demand for flame retardant fibers that can withstand high temperatures, synthetic flame retardants have become a popular choice for textile development. Nano-magnesiumoxid is commonly combined with wood chips and shavings to create refractory material such as lightweight, sound insulation, heat isolation, and cermet. It is non-toxic and tastes like phosphorus and halogen organic flame retardants. Nano-magnesium oxide is also good for coatings because it has excellent cleaning and corrosion inhibition abilities.
Because of its exceptional electrical, thermal, mechanical and physical properties, magnesium oxide is widely employed in the field semiconductor electronic packaging.
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The application of high purity graphite powder has excellent performance in industrial production

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Overview of graphite powder with high purity High purity graphite powder is the most stable form of carbon, in the isolation of oxygen conditions, its melting point above 3000 is one of the most temperature-resistant minerals. Graphite powder can be described as a form of mineral powder. It is mainly made of carbon, hard, black grey, and Greasy. The hardness is approximately 1 2. However, the vertical direction of the increase in impurities can make the hardness rise to 3 5. The specific gravity of graphite powder is 1.92.3. Graphite powder has a relatively stable chemical composition at room temperature. It is insoluble in water and dilute acid as well as organic solvents.
High purity graphite dust refers to graphite with more than 99.9%. The graphite contains a lot of carbon. A high purity graphite product has high electrical conductivity and lubricity. It is also resistant to high temperatures, wear, and other factors. It is used to determine the composition of carbon compounds by using thermal benchmarks. High purity graphite is used primarily in electronics, electronics and metallurgy. The high-purity graphite’s carbon content is over 99.99%. High purity graphite can be further divided into nuclear graphite; coarse crystalline, space graphite; fine crystalline and fine crystalline. Maximum grain diameter is less than 0.75mm.
High purity graphite powder features
High purity graphite pulverize is made from high purity graphite process cutting out, graphite particle granularity range according to the processing way, graphite specfications and USES are associated. In graphite production, it is essential to select the right graphite specification. This will ensure that graphite can be produced at a low cost, has a large mesh size, and is easy to control. Graphite also has a high carbon content so graphite can be used extensively.
What applications are there for high purity graphite?
The industrial production of graphite powder with high purity is possible thanks to its excellent performance. High purity graphite powder can be used for electric conduction, lubrication and other industrial production areas. The production of high-purity graphite powder requires strict control of the impurity content. It is important to select raw materials with low ash levels and to avoid the creation of more pollutants. The graphite’s chemical order is the key to reducing contaminants to the extent desired. Graphitization happens at high temperatures when many impurity element oxides melt and evaporate. The graphitization temperature is higher, and the more impurities are released, the higher quality of high purity graphite products. High purity graphite is known for its outstanding electrical conductivity and lubricity.
High purity micron-graphite particles can be used in a wide variety of industries, including photographic film, high-performance battery iron, nickel foam manufacturing, and advanced lubricating oils and grease manufacturing.
Special graphite coverings: water-based graphite and conductive graphite sandings, dissolved graphite sandings, internal graphite and external graphite sandings, drawing graphite and lubricating and TV graphite sandings, glass fiber and special coatings.
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