In the absence of any emerging nations to compensate for China's decline in aluminum consumption, China has been steadily deepening its electrolytic aluminum supply-side reform.
Given that the production of alumina is unchanged for many decades, the only thing expected to bring in the next profits is the widespread utilization of red mud.

First, a brief description of red-mud

One ton of aluminum produced 1.5 tons red mud. Each particle had a diameter of about 0.088-22.5 mm. A specific gravity ranged from 2.7-2.9 to 2.8-2.9. Bulk density was 0.8-1.0 and a melting temperature of 1200-1250°C. Here is the table that shows how red mud looks like.

Nowadays, the Bayer process is used for the majority of alumina that China produces. Bayer methods are known for their high iron, alkali and aluminum content.

A second example is that of the typical alumina company involved in extensive red mud utilization

1. Chinalco Shandong Branch. The data shows that China's comprehensive utilization rate for red mud stands at 25%, and that China's total consumption of red powder is 12,000,000. This is China’s highest utilization rate. Henan's Aluminum Industry Transformation & Development Action Plan 2018-2020 clearly states that red mud utilization will be 10% by 2020. It is impossible to see the harm in a comparison. China's red clay mud has a very low utilization rate. Use of mountain aluminum redmud includes preparation of new coal burning desulfurizer technology and high-grade concrete, highway subgrade, brick-making, water purifying agent, and other related activities.

2. Weiqiao Group - In 2018, more than 20,000 tons red mud were used along the Binzhou section Jiqing Expressway's roadbed. An expressway can use 200,000 tons per kilometer, while provincial highways consume about 60,000 tons and municipal roads consume around 20,000 tonnes. China has a large highway network, so the market prospects are great.

Dritte, the classic case of social force in the complete utilization of red mud

Shandong Satellite TV broadcast a report about Zibo Tianzhirun Ecological Technology Co. Ltd. that uses large amounts red mud to create permeable blocks (70,000 tonnes per year). This company's red-mud permeable block project, which has a 95% red mud blend rate, was chosen as one of the best ten innovations in Shandong Province's circular economy. After Zui and the 2 remaining houses, which were also studied, Zui was the boss of this company, who invested over 30 million. However, it was successful to understand that this is an international problem.

This is not just because of the fact Inner Mongolian companies have spent billions trying to make a breakthrough in the production of fly ash alumina.

Fourth, red mud extensive utilization recommendations

For roadbeds, cement and permeable brick production, red mud is more commonly used than ever. Each have their own benefits and drawbacks. While cement technology is well-established, the cement plant is not far away and there is an enormous roadbed demand. For economically advanced areas, however, there is a limited future demand and permeable bricks production could be promoted nationally. A disadvantage of permeable bricks is their limited sales radius, which is approximately 800 km.

China's comprehensive utilization rate is generally very low. While our utilization rate does not compare to other countries', it is still very low. This is the age of self-transcendence in China's alumina sector. We now have full access to red mud. It will change the company’s place in the global alumina market.

Luoyang Tech Co., Ltd, a manufacturer of Aluminum Oxide, has more than 12 years' experience in chemical product research and development. Contact us if you're looking for Aluminum Oxide of high quality. Send an inquiry .

Tungsten powder is greyish black metal with metal lustre (body-centred cubic crystal). Melting factor 3400 ℃. Boiling factor 5555 ℃. The hardness of tungsten powder is the hardest amongst steels. The firmness of the sintered tungsten bar is 200-250. and also the tungsten rod after the rotating hammer is 350-400. Mixed with acid liquified in nitric acid and the hydrofluoric acid. Melt with the combination of sodium hydroxide and also the sodium carbonate. Somewhat soluble in the nitric acid, sulfuric acid as well as aqua regia; and insoluble in water, hydrofluoric acid, potassium hydroxide. There are 2 versions of tungsten powder, an as well as B. At criterion temperature level and also normal pressure, kind a is a steady body-centred cubic frameworks. B-type tungsten powder can just show up in the presence of oxygen. It is secure below 630 ℃, it is transformed to tungsten over 630 ℃, and also this process is irreversible.

Along with certain requirements on the pollutant web content of tungsten powder, the oxygen material should be controlled within a particular range. The fragment dimension of frequently used tungsten powder is generally Fischer ' s ordinary bit dimension 2 ～ 10μ& mu; m. The tungsten powder remains in the form of polygonal bits. Besides, the details surface area, mass density, and tap thickness of tungsten powder additionally differ within a certain array. The efficiency of tungsten powder has a direct impact on the production of tungsten products, as well as the top quality of tungsten powder metallurgy items, particularly the impact of pureness as well as particle dimension is extra famous. Tungsten powder is categorized according to merit and particle dimension as well as different usages.

The melting factor of tungsten powder is the highest possible of all steel components, the density (19.3 g/cm) is extremely high, and also the firmness of tungsten is additionally really high. For instance, the firmness of tungsten carbide is close to that of the ruby. Besides, tungsten also has excellent electrical and thermal conductivity, tiny growth coefficient as well as various other features, so it is widely made use of in kinds of alloys, electronics, chemicals as well as various other fields, of which cemented carbide is the biggest consumer of tungsten.

Tungsten metal is a normal refractory metal, hard to form materials, and also difficult to process with metal 3D printing innovation. According to the marketplace monitorings of 3D Science Valley, a small number of firms are currently checking out the manufacture of pure tungsten and also tungsten alloys through electron beam melting (EBM) and also selective laser melting (SLM) 3D printing based upon the powder bed process. Both innovations are straight Steel 3D printing innovation. Tungsten powder producers are advancing the growth of two tungsten alloy powders. Unlike the previous tungsten alloy 3D printing powders, these two tungsten alloy products will be used for indirect steel 3D printing innovation of binder injection.

Explore tungsten alloy New style usefulness Tungsten powder manufacturers are establishing two tungsten-based alloy powder products based upon binder jet steel 3D printing technology,

cemented carbide (WC-Co) and copper tungsten(Cu-W). Sealed carbide(WC-Co)is a product with extremely high firmness and toughness, which is commonly made use of in the manufacturing of cutting tools as well as wear-resistant parts. Copper tungsten (Cu-W) materials are suitable for usage in environments needing high warm resistance, high electrical and also thermal conductivity, and low thermal expansion.

The standard production process of tungsten metal is to press tungsten carbide powder into the preferred shape, and after that enhance the stamina as well as thickness of the parts through the sintering process. Via binder jet metal 3D printing innovation, tungsten metal powder can be developed without a mould and afterwards incorporated with traditional sintering as well as various other techniques for post-processing to acquire the supreme stamina. The application of 3D printing technology can not just conserve mould production time and cost however likewise understand more challenging parts style as well as enhance the added value of parts.

In addition to creating tungsten alloy 3D printing materials, tungsten powder manufacturers likewise provide 3D printing solutions for concrete carbide parts, intending to help applications check out the new layout expediency of tungsten steel.

3D Scientific Research Valley

Tungsten powder suppliers additionally provide tungsten alloy powders for 3D printing of EBM as well as SLM metals. While developing powders, the 3D printing process parameters of tungsten alloy products were studied. Tungsten powder makers have actually performed a study with their partners qualified "Direct Metal Laser Sintering/ Careful Laser Melting of Tungsten Powders" to figure out the impact of tungsten powder densification Key procedure parameters, which are necessary for manufacturing complex parts with exceptional mechanical residential or commercial properties. The research study group likewise researched the usefulness of reduced noticeable density of little spherical powder as the raw product for discerning laser melting 3D printing.

For 3D printing applications of pure tungsten or tungsten alloys, according to the marketplace study of 3D Science Valley, Philips medical imaging element producer Smit R ntgen has actually manufactured a series of authentic tungsten parts via metal 3D printing devices, such as SLM 3D printing production pinhole collimator components in X-ray devices. 3D printing is beneficial for creating thin-walled components, which brings outstanding production flexibility to the collimated aperture angle and also form. GE, an additional medical imaging giant, has additionally developed a tungsten steel collimator through metal 3D printing technology. Besides, GE Additive Manufacturing gives EBM 3D printing modern technology that can make high-temperature products such as nickel-based superalloys and also tungsten.

Besides, a couple of various other firms are additionally creating additive manufacturing applications for tungsten steel materials. A few firms have developed 3D printed parts for tungsten alloys making use of SLM 3D printing tools. The whole parts take on a thin-walled structure with a minimal wall thickness of only 0.1 mm. Besides, the firm has investigated the elements of WC-Co cemented carbide layer-diamond composite product and material additive manufacturing procedure based upon EBM 3D printing technology. This modern technology aims to fix the problem of peeling of carbide tool covering. Additive manufacturing procedure as well as materials understand the chemical bonding of diamond coating products and WC-Co sealed carbide layer.

Indirect steel 3D printing, represented by binder jet steel 3D printing modern technology, has gotten substantial interest in market at the broadband and low cost. Whether the indirect 3D printing technology of tungsten alloys being promoted by tungsten powder producers will certainly bring quick and lower-cost mass-production options for tungsten alloy applications, 3D Scientific research Valley will remain concerned.
Mis-asia (Luoyang Trunnano Technology Co., Ltd) is a specialist Tungsten powder producer with over 12 years experience in chemical products r & d. If you are searching for excellent quality Tungsten powder, please feel free to contact us and also send out an inquiry.

Concerning Boron Carbide Powder
Boron carbide powder is hard, black, as well as shiny. Its hardness is lower than industrial ruby however greater than silicon carbide. Boron carbide is less breakable than the majority of pottery. It has a large thermal neutron capture cross-section, and solid chemical resistance. It is not subject to assault by hot hydrogen fluoride and also nitric acid. It is soluble in molten alkali and also insoluble in water and also acid. The relative density (D204) is 2.508 to 2.512. The melting factor is 2350 ℃. The boiling point is 3500 ℃.

Physicochemical Properties of Boron Carbide Powder
Boron carbide does not react with acid and also alkali solution and has high chemical possibility. It has the properties of neutron absorption, wear-resistance, and also semiconductor conductivity. It is among the most steady materials to acids as well as is stable in all focused or dilute acid or alkaline water solutions. Boron carbide is essentially secure under 800 ℃ airborne environment.
When some change steels and their carbides exist together, they have special stability. The change steels,, and in the table of elements respond strongly with boron carbide powder to form metal borides at 1000 ~ 1100 ℃. At greater reaction temperature levels, it has been reported that boron carbide often tends to nitride or react with shift steel oxides to create matching boron nitride and also borides, which are generally uncommon planet and alkaline planet metal hexaborides.
It has a Mohs hardness of about 9.5 as well as is the 3rd hardest material understood after ruby and also cubic boron nitride, which is more difficult than silicon carbide.
Because of the prep work technique, boron carbide is simple to form carbon defects, resulting in a large range of boron to carbon ratio adjustments without influencing the crystal framework, which frequently brings about the destruction of its physical and also chemical buildings. Such problems are difficult to be settled by powder diffraction as well as often require chemical titration as well as power loss spectrum.
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< td design="size:277 px; boundary: strong windowtext 1.0 pt; border-top: none; padding:0 cm 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Substance Formula< td design="width:277 px; border-top: none; border-left: none; border-bottom: solid windowtext 1.0 pt; border-right: strong windowtext 1.0 pt; cushioning:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > B4C< td style="width:277 px; border: strong windowtext 1.0 pt; border-top: none; cushioning:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Molecular Weight< td design="size:277 px; border-top: none; border-left: none; border-bottom: strong windowtext 1.0 pt; border-right: strong windowtext 1.0 pt; padding:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > 55.26< td style="size:277 px; boundary: solid windowtext 1.0 pt; border-top: none; padding:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Look grey black powder< td design="size:277 px; border: solid windowtext 1.0 pt; border-top: none; padding:0 cm 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Melting Point< td style="width:277 px; border-top: none; border-left: none; border-bottom: strong windowtext 1.0 pt; border-right: solid windowtext 1.0 pt; cushioning:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > 2763 & deg; C< td design="size:277 px; boundary: solid windowtext 1.0 pt; border-top: none; padding:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Boiling Factor< td design="width:277 px; border-top: none; border-left: none; border-bottom: strong windowtext 1.0 pt; border-right: strong windowtext 1.0 pt; padding:0 cm 5.4 pt 0cm 5.4 pt; vertical-align: top;" > 3500 & deg; C< td style="size:277 px; border: solid windowtext 1.0 pt; border-top: none; cushioning:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Thickness< td style="size:277 px; border-top: none; border-left: none; border-bottom: solid windowtext 1.0 pt; border-right: strong windowtext 1.0 pt; cushioning:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > 2.52 g/cm3 Solubility in water< td design="size:277 px; border-top: none; border-left: none; border-bottom: solid windowtext 1.0 pt; border-right: strong windowtext 1.0 pt; padding:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > insoluble< td design="size:277 px; boundary: strong windowtext 1.0 pt; border-top: none; padding:0 centimeters 5.4 pt 0cm 5.4 pt; vertical-align: top;" > Precise Mass< td design="width:277 px; border-top: none; border-left: none; border-bottom: strong windowtext 1.0 pt; border-right: solid windowtext 1.0 pt; padding:0 cm 5.4 pt 0cm 5.4 pt; vertical-align: top;" > N/A. Boron Carbide B4C Powder Cas 12069-32-8< img src ="// ueeshop.ly200-cdn. com/u _ file/UPAI/UPAI779/ 2204/photo/3ffb1e534a. webp" style="height: 368px; size: 400px;"/ > Applications of Boron Carbide Powder Boron carbide appropriates for difficult materials of exploration, grinding, as well as sprucing up, such as difficult alloy, ceramic wear components including wear plate, pump components, bearings, faucet, nozzle, valve components design porcelains, organic ceramics, atomic power plant pellet, lightweight body armor products applications. Particularly, 1. Made use of to manage nuclear fission. Boron carbide can soak up large amounts of neutrons without creating any kind of radioactive isotopes, making it an ideal neutron absorber for nuclear power plants, where neutron absorbers manage the rate of nuclear fission. 2. As abrasive products. Boron carbide has actually been used as a crude abrasive product for a very long time. Due to its high melting factor, it is not easy to cast into artefacts, yet by thawing at high temperatures, it can be machined into simple shapes. Utilized for grinding, drilling, and polishing of difficult products such as difficult alloy and also gemstone.
3. For coating coatings. Boron carbide can likewise be made use of as a ceramic covering for battleships and also helicopters. It is lightweight and has the capability to stand up to armor-piercing bullets permeating the hot-pressed covering in its entirety.
4. For the nozzle. It is utilized in the arms market to make weapon nozzles. Boron carbide is exceptionally difficult and also wear-resistant, does not respond with acid as well as alkali, has high/low-temperature resistance, high-pressure resistance, density ≥& ge; 2.46 g/cm3; Microhardness & ge; 3500kGF/ mm2, bending strength ≥& ge; 400MPa, melting factor is 2450 ℃. Due to the fact that the boron carbide nozzle has the attributes of wear resistance and high hardness, the boron carbide sandblasting nozzle will progressively change the known carbide/tungsten steel and also silicon carbide, silicon nitride, alumina, zirconia, and also other products of the sandblasting nozzle.
5. Others. Boron carbide is likewise used in the manufacture of steel borides and also smelting of sodium boron, boron alloys, and also unique welding.

Main Provider of Boron Carbide Powder
Mis-asia Modern Technology Co. Ltd. (Mis-asia) is a relied on global chemical material provider & supplier with over 12-year-experience in providing incredibly top notch chemicals and Nanomaterials, including boron carbide powder, nitride powder, graphite powder, zinc sulfide, calcium nitride, 3D printing powder, and so on.
If you are seeking high-grade boron carbide powder, please do not hesitate to contact us and also send a questions.

A synthetic material, silicon nitride clays are made. Its structure has a strong covalent bond between nitrogen atoms and silicon atoms. The silicon nitride clays exhibit high strength, hardness and resistance to corrosion, oxidation, wear, heat shock, and other properties.
Material industry views silicon nitride as an engineering material. It can be used even in extremely high temperatures.

These are the properties of silicon-nitride ceramics

The normal strength and fracture toughness of silicon nitride ceramics are high. They are strong even at elevated temperatures. High temperature stability is excellent. The following are the main features of this product:

1. Silicon Nitride material is low in linear expansion, has good thermal conductivity and high thermal shock resistance.

2. It is 99.5 hardness. Only BN and diamond are harder than silicon nitride.

3. Silicon Nitride's friction coefficient, which is very low, is self-lubricating. It is also wear-resistant.

4. Silicon nitride exhibits good mechanical properties. Both hot-pressed samples and those that have been reaction sintered can attain high bending strength. However, high temperatures creep is minimal.

5.The silica nitride metal has excellent insulation properties, and it is a great high-temperature insulator.

Application of silicon-nitride ceramics

Si3N4 ceramics are widely used due to their excellent performance.

In the machinery industry, silicon nitride clays are used as permanent molds, turbine blades, and mechanical seal rings. ;

Silicon nitride Ceramics are used for parts in thermal equipment like crucibles, burners, and aluminum reduction cells linings within the metallurgical sector.

Silicon nitride Ceramics are used for corrosion-resistant, wear-resistant, parts in the chemical sector, such as ball valves. ;

The electronics industry uses silicon nitride Ceramics as high-temperature insulators and film capacitors.

For engines, radomes and other purposes, silicon nitride ceramics can be used. In the aerospace industry;

In the nuclear energy industry, silicon nitride Ceramics are used as support and spacers for nuclear reactors. They also serve as carriers for nuclear fission substances.

advanced material Tech Co., Ltd. is an experienced company in silicon nitride products development with more than 12 years of experience. You can pay by credit card, T/T and Paypal. Trunnano ships goods by FedEx or DHL to overseas customers by air and sea.

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Introduction to Titanium Diboride Pulver Titanium Diboride Powder The TiB2 or gray powder is grayish-black with hexagonal crystal structures. The melting point is 2900; the hardness is 34GPaI. The density is 4.52. This material has wear resistance and excellent chemical stability.

Titanium Diboride powder's Physical and Chemical Properties
Titanium diboride can oxidize to 1000 degrees in air. However, it reacts with H2SO4 or HNO3 in HCI and HHF acids. It can be easily destroyed by acid.
TiB2 hot-pressing (with a little metal or carbide sintering AIDS added) takes place at 1800-1900°C. It reaches close to its theoretical density. To achieve press-free interposition, you will need more additives to the sintering process and higher temperatures than 2000C.
TiB2 has the highest stability of all titanium-boron compound. The compound is hexagonal and quasi-metallic with a C32 structural arrangement and covalent bond. The complete crystal has 0.3028nm of A and 0.3228nm of C. This creates a hexagon quasi-metallic compound with a C32 structure and covalent bond. While the layer structure of the boron atoms looks similar to graphite, the outer electrons from Ti and their interactions with the Ti-B bonds between titanium and boron determine the material's high hardness as well as brittleness. TiB2 resists sintering. It is typically densified through hot pressing, hot isostatic press or hot pressing. TiB2 is able to be sintered press-free, however, liquid forming additions such as carbon, iron and chromium are needed.

Titanium Diboride Powder Properties
Additional Names	TiB2, TiB2 powder, titanium boride powder
CAS No.	12045-63-5
Formula compound	TiB2
Molecular Weight	69.489
Appearance	Gray or gray and black
Melting Point	2980 degC
Boiling Point	N/A
Density	4.52g/cm3
Solubility in water	Unsolvable
Get the exact Mass	N/A

Titanium Diboride TiB2 powder CAS 12045-63-5

Titanium Diboride powder preparation
The boron carbide method is also known as the carbothermic reduction method: 2TiO2+B4C+3=2TiB2+4CO
Using TiCl4 and BCl3 as raw materials by vapor deposition: TiCl4+2BCl3+5H2=TiB2+10HCl
can be made in H2 with 800 1000

Titanium Diboride Powder Applications
1. The powder titanium diboride can be used in rocket nozzles, high-temperature electrode materials and electrical contact.
2. It is used for conductive ceramics, tool clays, and other applications that require a wear-resistant, corrosion-resistant, or conductive coating.
3. Useful for making conductive composites. Vacuum aluminum plating equipment involves the production of conductive Boron Nitride (evaporation vessel) with titanium dioxide (TiB2) or boron nuitride.
4. It is used for cutting ceramic tools and components. Produce titanium diboride ceramics.
5. As a composite ceramic materials. Use titanium diboride as a component of many composite materials.
6. This material can be used in the manufacture of armor protection materials. It is also a good choice for functional and other high-temperature parts.
7. The cathode material of aluminum electrolysis. Cathode material for aluminum electrolysis. The electrolytical aluminum's power consumption is decreased due to good wettability and aluminum liquid. Also, the battery life is extended.
8. Al, Fe, Cu and any other metal material strengthening agent can also be transformed into PTC heating and flexible PTC materials.
9. It can be used as a rocket nozzle or an electrical contact.

Titanium Diboride Powder - Main supplier
Mis-asia Technology Co. Ltd., (Mis-asia), is a reliable global supplier and manufacturer that produces super-high-quality chemical material. This includes titanium powder, nitride & graphite powders as well as zinc sulfide powders, calcium nitride, 3D printer powders, and more.
High-quality products are what you want Powder Titanium Diboride Send us an inquiry and get in touch with us.

What's a Nanodiamond, exactly?

Nanodiamond can refer to diamond grains having a particle size of 1 to 100nm. This is distinguished by high levels of chemical activity and low debyetemperature. Nanodiamond is also distinguished by its high chemical activity, low temperature, and large lattice constant. These are some of the unique properties that make it a nano-diamond.

Nanodiamond application

The nano-diamond particle size is generally very small. It has a high specific area, special photoelectric and mechanical properties, and can also be used for medical, electrical, and chemical purposes. Nanodiamond has a very high diamond hardness, and is suitable to be filled in in rubber and plastics. This makes it a great choice for fine grinding materials. In experiments, it was found that Nanodiamond could be used to improve the lubrication of lubricating oils and reduce wear.

Nanodiamond Development Prospect

Nanodiamond can be described as a carbon catalyst. However, it was not known how to improve the performance of the microcosmic mechanism two years back. The researchers have done a lot of research and discovered that the simple carbonylation of nanometers makes the preparation possible in the field. This has led to a good prospect for future development.

Mis-asia (aka. Mis-asia Technology Co. Ltd., a global supplier and manufacturer of chemical materials with more than 12 years' experience in manufacturing high-quality chemicals. We produce Nanodiamond with high purity, small particles size, and low impurity. We can help you if the price is lower.

Properties of calcium Nitride Calcium nitride A compound made up of calcium and nitrogen. Ca3N2 is its chemical formula. It has a reddish-brown, crystalline form. Calcium nitride dissolves in water. It reacts with water to form calcium, and then releases ammonia. It is soluble in dilute acids and can be decomposed in alcohol. The heating of metallic calcium at 450 degrees Celsius in nitrogen is what produces calcium nitride.

Is calcium nitride ionic?
Since Calcium Nitride We can identify the molecular structure of an ionic substance by studying its constituentions. Calcium ions consist of 2+ or Ca2+. The nitride is a 3-ion, or N3+. For every 2x Nitride ions, there are 3x Calcium ions.

Is calcium nitride a metal?
Calcium nitride consists of calcium and nitrogen in a reddish-brown, crystallized solid. Ca3N2 and the CaO are formed together when calcium is heated in air. Dehydrated fibrous metallic calcium is heat to 450°C using a nitrogen stream purified. The metallic calcium then is converted into calcium Nitride after 3-4hrs.

Is calcium nitrate salt?
Calcium nitrate comes from adding nitric acids to limestones and then adding ammonia. This is why it's called double salt. It contains both nutrients found in fertilizers high in sodium. This isn't organic. It is a modification of an artificial fertilizer.

How does calcium nitride get made?
Ca3N2 and the CaO will be formed when calcium ignites in the atmosphere. Following heating to 450 degC the fibrous metallic calcium distillate is stirred with purified nitrogen. The metallic calcium then undergoes a 3-4 hour transformation into calcium Nitride.
According to the temperature at which it is prepared, calcium nitride obtained can either be dark at 350 degrees Celsius, creamy white between 350 and 1150 degree C, or light yellow at 1150 degrees Celsius. Because it is able to react with moisture, water and create calcium or ammonia, the formed calcium nitride can be easy to distinguish.

Calcium Nitride is used
Ca3N2 can produce reactive nitride-ions. Desiccant can also be made by heating calcium nutride to 350°C.

Price of Calcium Nitride Powder
Mis-asia (aka. Mis-asia Technology Co. Ltd., a trusted supplier of global chemicals and manufacturer has over 12 years experience in manufacturing super-high-quality chemicals. The market is dominated by advanced materials because we are a leader in nanotechnology research and manufacturing powders. We have the right solutions that will help you improve your industry's efficiency and create value. For calcium nitride powder please email brad@ihpa.net
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Aluminum nitride can be described as a covalent bonds compound. The chemical formula for AIN is an atomic crystal. Aluminum nitride can be classified as a diamond-like nitride. It is also known to have hexagonal crystal structures and the wurtzite structure. The aluminum nitride powder can be white or off-white and is not toxic.

Property of aluminum Nitride:

AlN can also be stabilized up to 2200. Aluminum nitride exhibits high strength at ambient temperature and decreases in strength with increasing temperatures. Aluminum nitride exhibits good thermal conductivity with a very low thermal expansion coefficient. This makes it an excellent thermal shock material.
Aluminum nitride resists molten metal corrosion well and makes an ideal crucible for melting pure iron, aluminum and aluminum alloy. The dielectric properties of aluminum nitride make it an excellent electrical insulator.

Aluminium nitride acts as a catalyst in the conversion from hexagonal to cubic boron nutride. It is slow to react with water at room temperatures. Aluminum powder can be used to make the product at 800-1000 under nitrogen or ammonia atmosphere. This product can be found in a grayish-blue powder to white.

Aluminium nitride application:

Aluminium nitride can be used for optoelectronics engineering as an optical storage interface dielectric and substrate and as a high-temperature chip carrier. It is also useful in military and other applications.

Because of its piezoelectric effects, epitaxial stretching aluminum nitride crystals can also be used as surface acoustic-wave detectors. It will be attached to the silicon wafer. It is difficult to manufacture thin films reliably in so many locations.

Use of aluminum nitride clays is a good choice because they have high room temperatures, high temperature strengths, low expansion coefficients and excellent thermal conductivity. You can use it as a heat transfer material to high-temperature structures.

The aluminum nitride clays can resist the corrosion of iron and aluminum. They can also be used to make casting molds for metals like Al, Cu and Ag.

Advanced material Tech Co., Ltd. is an experienced company in aluminum nitride powder research and development. You can pay by credit card, T/T and Paypal. Trunnano ships goods by FedEx or DHL to overseas customers by air and sea.

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