Hafnium Carbide, an inorganic material that has a high melting points is very resistant to wear, corrosion and oxidation. It can be used in environments between 1000-1100°C.
Particle Size: -325mesh
Hafnium Carbide HfC Powder:
Hafnium carbide HfC
This is a combination of carbon and hafnium.
The melting point of this binary compound is approximately 3900 degrees Celsius, making it one of the most resistant. However, it is not resistant to oxidation and can oxidize at temperatures as low or as 430°C.
The HfO2 is a hard, black-gray, and brittle material. High cross-section absorbs the thermal neutrons. Resistivity 8.8mohm*cm. Used in nuclear reactor control rods. Preparation involves heating oil soot with H2 under H2 at 1900°C-2300°C. It can be used to form the crucible for melting oxide and other forms of oxide.
The improved spark plasmasintering (SPS), device was used for ultrafine carbonized ha. This was achieved by the carbothermal reaction of HfO2 at 1650°C. It has a particle size of 125nm with an oxygen content below 0.5%. Powder purity is greater than 99.9%, with Zr being the exception. It is 99.6% when powder contains Zr impurities. The low synthesis temperatures, the rapid heating/cooling rates, and the current influence of the improved SPS procedure reduce intermediate reactions. This also minimizes particle growth. New synthesis methods allow for the production of large amounts of HfC (>175 g/day). HfC ceramics of high relative densities (>96%) can be obtained by SPS sintering at 2300°C for 30 minutes.
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Hafnium Carbide HafC Powder Performance:
Hafnium Carbide powder is a gray metallic material. This is because it has the highest melting temperature of any compound. You can use it as an additive to cemented carbide, which has excellent characteristics like a lower and better thermal conductivity. This powder is also used widely in cutting tools, molds and rocket nozzle materials.
Technical Parameters of Hafnium Carbide HfC powder :
It is simple.
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Hafnium Carbide powder Chemical Composition (%)
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You can prepare hafnium carbonide powder by reacting hafnium oxide and carbon at 1800-2500°C. In this case, it is necessary to take longer to get rid of all oxygen.
Hafnium carbonide is a dark gray, brittle liquid. This can be made by heating an alloy of elements or by reacting hafnium trioxide with methane at 2150°C. You can obtain sufficient amounts of hafnium tetrachloride or metal sponge in the production of zirconium at large scales for use in nuclear reactors. Industrially, you can make hafnium carbonide from either hafnium oxide or hafnium sponge at between 1500 and 1700C. Or from oxygenated ha at 2000-2200degC using vacuum carburizing. It contains 0.1% carbon free (219) and almost all of the carbon expected to be in the resulting carbide (6.30%degC). This hafnium-carbidide compound is not true stoichiometric, but it only contains a carbon solution at one interstitial point of the face-centered cubic lattice.
Hydrofluoric acid will dissolve carbonization, but it is inert at room temperatures. At 250 to 500degC, carbonization is exothermic with halogen and produces hafnium Tetrahalide. At higher temperatures, the hafnium carbonide will lose some of its carbon due to hydrogen.
Hafnium Carbide Uses:
Hafnium carbonide (HfC), which has the highest melting temperature of any binary alloy, has many high-temperature uses. HfC is a suitable candidate for extreme high temperature applications like rocket nozzles or scramjet components. You can use carbonization in hard coatings. This is often done using processes like plasma spraying. HfC structural can also be used to make high-temperature components and thermal insulation materials.
Hafnium carbonide (HfC), which has a melting point of 3890degC above, can be used as a refractory binary material. HfC or NBC may also be used in reactors as refractory materials. Ta4HfC5 mixed carbide has the highest melting temperature at 4215degC.
1. Hafnium carbide can also be added to cemented caride. This is widely used in the fields of mold making and cutting tools.
2. Hafnium carbonide can be used as rocket nozzle material.
3. Hafnium-carbid is used for nuclear reactor control rods. This is a great metal to make nuclear reactor controlrods.
4. Used for making ultra-high-temperature ceramics
5.Reactant used to synthesize an organometallic hafnium-containing polymer
Hafnium carbide HfC Powder Storage Conditions
Hafnium Carbide HfC Pulp should be kept in a dry, cool, and sealed environment.
Shipping Hafnium Carbide Powder - Packing and Shipping
You can pack it in two plastic bags with the inside.
Hafnium Carbide Powder Packaging: Vacuum packing 100g, 500g and 1kg/bag. 25kg/barrel. Or as you request.
Hafnium Carbide HfC Powder shipping:
Could be sent by air, sea or express once payment has been received.
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