Diamond Nanopowder has been called the hardest material. High temperatures are used to produce nano-scaled diamonds in industry.
Purity: 99.5%
Colour: Black
APS: 3-5 Nm
Nanodiamond Powder HTML3_ :
Diamond, CAS number is 7782-40-3. Diamond Nanoparticle, the hardest material is known. High temperatures are used to produce nano-scaled diamonds.
What exactly is Nano Diamond Technology ()?
The Nano Diamond Battery (NDB), a high power, diamond-based, alpha, beta and neutron voltageic battery, can supply lifelong, green energy for many applications, as well as overcome the limitations of chemical batteries. NDB is a miniature nuclear generator.
They can be used as filling elements in synthetic materials or in the manufacturing of polishes. Their friction-reducing properties are claimed to be a benefit in oils for bicycle chains. Due to its special mechanical, biological, chemical, and optical characteristics, diamond is being considered for many medical uses. There are also recent advances in the application of diamonds to prostheses, drug delivery, imaging and sensing.
Why are diamonds so hard?
Four electrons are found in the outermost carbon atom shell. The four electrons in diamond are combined with four other carbonatoms, forming strong chemical bonds that result in a rigid tetrahedral structure. Diamond is the hardest substance on Earth because of its simple and tightly-bonded structure.
The diamond nanopowder , which is a gray-spherical high-surface area carbon. These nanoscale carbon particles are usually 10-40 nanometers in diameter (nm), and have a specific surface (SSA) of between 30-50 m2/g. Also, they can be found in sizes ranging from 75 to 100 nm with an average particle dimension of 75 to 100 nm with a surface area of around 2-10 m2/g.
Can diamond powder be dangerous?
Health effects in the immediate: Eye irritations, eye damage and irritation due to skin irritation can be caused by mechanical wear of diamond powders. Inhaling fine diamond powder could cause irritation to the respiratory tract. The smallest size of diamonds is a nanoparticle, or Nanodiamond. You can make them by impact events like an explosion, meteoritic impacts, or even a meteorite. Nanodiamonds have been widely studied for their potential use in quantum engineering and other electronic and biological applications.
Jatujakguide is an trusted global Nanodiamond product supplier. Send an inquiry to find out the latest Nanod price at any given time, if you want to purchase diamond powder.
How Nano Diamond Powder Is it Produced?
You can make diamond nanopowders using multi-cathode DC thermal vapor deposition, and high-pressure high temperatures (HPHT). Nanodiamonds could be used in biosensor applications. Nanodiamonds may be surface modified in order to improve their ability to connect with certain biomolecules. How is nanodiamonds created? Nanodiamonds can be made using heat and pressure. Next, the particles of diamond must be extracted and purified from any contaminants that may have been placed around them. This is a quick and easy process, however the nanodiamonds are highly concentrated and can be of different sizes.
Nano Diamond Powder Features cas 7782-40-3
Pureness of nano-Diamond powder: 99.5%
Nano Diamond Powder APS: 3-5nm, depending on user's specifications
nano Diamond powder, SSA: 286.4521/m2/g
The temperature of nano-Diamond powder decomposing: 629.98oC
Nano Diamond powder color:
The morphology of nano-Diamond powder: Flaky & spherical
2.218% nano-Diamond powder Ash
The bulk density of nano-Diamond powder: 0.16g/cm3.
Nano Diamond Powder True Density: 3.05-3.30 G/cm3
Method for Explosion Synthesized Nano-Diamond Powder
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Type
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Eigentum
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Diamond-1
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Pureified and unmodified
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Diamond-2
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Modified alkyl
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Diamond-3
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Modified hydroxy
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Diamond-4
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Amino group
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Diamond-5
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Fe doped
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Nano Diamond Powder TEM
Nano Diamond Powder Uses:
The most popular and versatile of all nanopowders, diamond nanopowder can be used in many areas, including electronics, jewelry and textiles.
Does diamond have a medical use? Due to its special mechanical, biological and chemical characteristics, Diamond was considered suitable for many medical applications. The development of diamond-containing structures could lead to significant improvement in diagnosis and treatment for medical conditions.
Use of diamonds for nanotechnology. Production at high temperatures under pressure and high temperatures is how diamonds are made. Diamond nanoparticles are also used as filling elements in synthetic materials. They can also be used to make polishes. These particles are said to decrease friction when used in oils for bicycle chains.
The widely-used nano-diamond can be found in many industries, such as aerospace, aircraft manufacture, information technology, precision machinery and optical instrument.
1.Polishing
Nanodiamonds can be used to precisely polish any surface, even those with the roughest of surfaces. This makes them an excellent choice for such jobs.
2.Protective coverings
Diamond nanopowder is a cost-effective way to increase the resistance of a protective layer to any damage.
3. Reinforcement
Use it in ceramics, rubbers and other compounds for its durability and resistance.
4.Quantum engineering
Research has shown that nanodiamonds can be used for quantum computing as well as other engineering projects.
5.High Precision Polishing
Computer disk heads are made up of the panels, chips and optics lenses. The Additives in polymer complexes are used in rubber, glass ceramic and textile fabric materials.
6.Others
Coatings and films that are resistant to abrasion of diamonds
Biomedical material (artificial bone and joint)
Biosensors, Chemical Sensors
Material for the emission of field electrons;
Coatings/films/Diamonds Heat Resistant; Integrated Circuit Substrates
Photoelectric sensors. Wear-resistant, self-lubricating composite coating.
Radiation-resistant coatings and diamond films/coatings that resist pressure-limiting sensor;
Rubber, plastics, resin reinforcement agents; Seed crystal to grow larger diamonds
Abrasive material of high strength.
Storage condition of Nano Diamond Powder:
A damp reunion could affect nanodiamond's dispersion performance as well as its use properties. Nanodiamond should therefore be stored in vacuum bags and kept in a dry and cool place. Additionally, nanodiamond powder must be kept away from stress.
Packing & Shipping of Nano Diamond powder
We offer many packing options that are dependent on the quantity of nano diamond powder.
Packaging of Nano Diamond Powder:Vacuum Packing, 100g to 500g or 1kg/bag at 25kg/barrel. Or as requested.
Shipment of nano-diamond powder by sea, air or express, upon receipt payment.
Jatujakguide advanced materials Nano Technology Co. Ltd., (Jatujakguide), is a reliable global supplier and manufacturer. They have over 12 years of experience in manufacturing super high-quality chemicals, Nanomaterials, such as boride, nitride, graphite, sulfide, 3D printing powders, and others.
Contact us if you're interested in high-quality nanodiamonds powder. (
brad@ihpa.net)