The difference between nanoparticles and nanomaterials

What does nanopowder mean?


Nanoparticle is also known as ultrafine particles. It generally refers only to nanoparticles with sizes between 1-100 nm and up. Ultrafine particles are sometimes used to describe it. This scale is smaller than those of ordinary particles and atomic clusters. Through the skin’s outer layer, lungs and intestines, nanoparticles reach the human body. The particle’s specific chemical and physical characteristics will affect how they migrate.

What’s the difference between nanomaterials & nanoparticles


These materials are in the nanoscale range (100nm to 10nm) and have at least one dimension within a 3-dimensional space. They can also be made of them in basic units. A particle with a diameter of 10 nanometers contains 40000 atoms. Surface atoms represent 40%. Particles having a diameter of 1 nanometer contain 30 atoms.

Introduce nano-cobalt powder

These nanocobalt particles come in spherical shapes and can also be found as gray or black powder. Cobalt particles are magnetic, and can be used in a variety of fields such as imaging and sensors. They are known to cause allergic reactions in the skin and have been classified as dangerous substances. These nanoparticles have been also tested and found to cause symptoms of asthma and difficulty breathing.

Laser evaporation creates cobalt-nanoparticles. Cobalt isn’t a very abundant element, but it is often found in rocks, mineral water and coal, meteorites and sun, as well as soil, plants, and animals.

Use of nanocobalt particles

1. Medical sensors

2. Medical imaging using magnetic resonance imaging (MRI).

3. Agents who can deliver drugs to cancer patients using targeted agents

4. Materials for high-performance magnetic recording, such as coatings, plastics or nanofibers.

5. Nanoparticles made out of nickel, cobalt or iron as a magnet fluid

6. Materials that absorb microwave radiation

7. Also, cobalt dioxide particles are useful in military applications such as invisible high-performance materials (high-performance) that absorb millimeter wave (MMW), ultra-high frequency(EHF), and visible light.

How can you store nano-cobalt particles

The powder will clump in humid conditions so be sure to store it dry. You can modify the packaging to meet your customer’s needs.

Nano cobalt particle prices

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Nano cobalt powder

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