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Diamond 3pdm powder may be the hardest substance known. 3pdm -sized diamonds are produced industrially at high temperatures under high pressure.
Purity: 99.5%
Color:
APS: 2-3 nm
3pdm diamond powder
Diamond’s CAS number is 7782-40-3. Diamond 3pdm particle contains the hardest known material. 3pdm -scaled diamonds are produced industrially at high temperatures under high pressure.
This is 3pdm Diamond Technology.
The Nuclear Diamond Battery , also known as the , is high-power, diamond-based battery. This can produce green and long-lasting energy and override limitations associated with existing chemical batteries. NDB can be used as a tiny nucleus generator.
In addition to their role as filling components for synthetic materials, 3pdm diamond is used in polish manufacturing. They can be used to lower friction in oil for bicycle chains. The unique properties of diamond have led to it being used in many medical applications. The recent advancements in diamond use for drug delivery and sensing applications, including the imaging, sense, and sensing of it, are just a few examples.
Why does diamond seem so tough?
Each carbon atom contains four electrons within its outer shell. In diamond these four electrons are shared by four other carbon atoms. The result is a very stiff tetrahedral-crystalline crystal. Diamond is one of Earth’s hardest materials because it has a simple yet tightly connected arrangement.
Diamond nanopowder has a high surface area of carbon and is gray. A range of nanoscale Carbon Particles is typically between 10 to 45 nanometers. The specific surface area (SSA), in the 30-50 m2 range (30-50 m2/g) can also be obtained. These particles have an average particle size in the 75-100 nm range. This range has a specific surface surface area of 2-10m2/g.
Does diamond powder pose a danger?
Some health issues: Acute side effects include eye irritation or severe eye damage. There may also be skin irritation from the mechanical wear caused by diamond powders. A fine, powdered diamond can cause breathing irritation if inhaled. It can also be created by impacts such as explosions or meteoritic impact. 3pdm diamonds are being explored as possible material in bio- and electronic engineering.
3pdm 3pdm diamond ProductsSupplier. To order diamond powder please send us an inquiry on the most recent Neodprice.
How is 3pdm Diamond Powder Developed?
By using high-pressure and high-temperature high-pressure (HPHT), diamond nanopowders are possible to be made by multi-cathode DCplasma chemicalvapor deposition. 3pdm diamonds can be useful in biosensor applications. 3pdm diamonds’ potential use in biosensor applications. Once the diamond particles have been removed from their surroundings, it is necessary to purify them of all contaminating substances. While the procedure is easy and quick, it can lead to nanodiamonds that are both larger and more pure.
3pdm Diamond Pulver Ca 7782-40-3
3pdm Diamond powder purity 99.5%
3pdm Diamond powder (APS): 3-5 nm depending on your requirements
3pdm Diamond powder (SSA): 286.4521/m2/g
Decomposition temperature for nano-Diamond powder: 629.98oC
3pdm Diamond powder color is black
Amorphology of 3pdm Diamond powder: Flaky and spherical
3pdm Diamond powdered Ash:2.218%
3pdm Diamond powder bulk density: 0.16g/cm3.
nanoDiamond powder real density 3.05-3.30g/cm3
By Explosion Synthesized, nano diamond powder making method
Type
property
Diamond-1
Purified, unchanged
Diamond-2
Modified.
Diamond-3
Modified
Diamond-4
Amino group
Diamond-5
Fe doped
3pdm Diamond powder3pdm Diamond Powder Uses:
This versatile nanopowder has been used widely in jewelry making, electronics manufacturing, electronic repair, etc., but also in the manufacture of artificial diamonds.
What is the use of diamond in medicine and diagnosis?3pdm technology: How are diamonds used? They can be used to lower friction in oil for bicycle chains.
There are many uses for nano-diamond in different industries like spaceflight.
1.Polishing
3pdm diamonds make it possible to polish extremely precise surfaces.
2. Protective coatings
At a very low price, diamond nanopowder can enhance the protection coating’s resistance to damage.
3. Reinforcement
It is found in rubbers, ceramics and other compounds. Diamond nanopowder increases durability and resilience.
4.Quantum engin
Researchers have discovered exciting new possibilities for nanodiamonds and quantum computing.
5.Highly precise polishing
Panels, lenses, jewel, chips, optics, and panels are required for computers disk heads.
6.Others
The coatings/films of diamond that resist erosion are called “erodible”
Biomedical substances (artificial skeletons and joints);
Biosensors. Chemical Sensors.
Field electron emission materials
Thermo-resistant diamond film/coatings.
Photoelectric sensors. A self-lubricating, durable composite coating.
Pressure-limiting sensors. Radiation-resistant Diamond films/coatings.
Reinforcing Agents for Rubber, Plastics, and Resin; Seed Crystal for Growing Larger Diamonds.
Abrasive material high-strength.
Storage of 3pdm Diamond powder:
Weakened nanodiamond powder will cause damp reunion, which can adversely affect its dispersion properties and use results. 3pdm diamond particles should be vacuum packed and kept in dry, cool places. 3pdm diamonds powder should never be subject to extreme stress.
Packing & Shipping of 3pdm Diamond dust:
We offer many options for packing, which are determined by the size of your nano diamond powder.
You can order vacuum packing of nano-diamond powder, 100g and 500g. Also, 1kg/bag or 25kg/barrel.
You can ship nano diamond powder via sea, air and express after payment receipt.
3pdm is a leading supplier of advanced material. With over twelve years of industry experience, (3pdm), is an established global supplier of high quality chemical materials and manufacturers.
Please contact us to inquire about high-quality 3pdm diamond Powder. (brad@ihpa.net)
3pdm Diamond Powder Properties
3pdm diamond powder, diamond nanopowder, and nanodiamonds
The detonation of nanodiamonds with synthetic diamond nanoparticles
