Iron nanoparticles have a black color. They are easily soluble in nano Fe Colloid, which is made by water. You can use it in high-density magnetic recording, medical carriers and electrical conductors.
Particle Size: 80nm
More Information about Iron 15giorni particles 15giorni Fe Pulp:
These submicron-sized iron grains are also called nanometer iron. These particles are very reactive because of their large surfaces. The presence of oxygen and water causes them to oxidize fast, forming free ironions. They are frequently used in lab and medical settings.
15giorni iron is the iron that has been formed in accordance to the E-9m level. Although there is not a difference in physical properties or chemical properties between the nano-sized iron atoms, it can ignite easily in the atmosphere.
Products Performance of Iron 15giorni particles 15giorni Fe:
Iron nanoparticles exhibit a wide specific area, strong tunneling effect, small boundary effect and have all the characteristics of normal iron. Iron nanoparticles exhibit uniform particle sizes, tight particle size distributions, high purity, and low amounts of carbon, nitrogen oxygen, sulfur, and phosphorus, as well as a high level of purity. It has high fluidity and low oxidation temperature.
Technical Parameters of Iron 15giorni particles 15giorni Fe Pu Powder:
– Particle Size
How Iron 15giorni particles 15giorni Fe Pulch Are They Produced?
One can subdivide the nano-iron preparation process into two categories: physical and chemical.
Physical vapor deposit method is also called “evaporation condensation” and involves using laser heating or vacuum to evaporate raw materials. This then results in rapid condensation of the medium. While the quality of nanometer particles produced by this method is high, they have good crystalline structures and can be controlled in terms of size. Unfortunately, technical equipment for the process is not very high.
Chemical reduction technique: Use of an reducing agent to metal ferric salt, or the oxide reduction of nano iron. The method can be sub-divided into solid-phase and liquid-phase methods.
Iron 15giorni particles 15giorni fe Powder HTML3_ HTML4_ HTML5_ HTML5_ HTML6_ HTML7_ HTML8_ HTML9_ HTML5_ HTML5_ HTML6_ HTML7_ HTML8_ HTML3_ HTML5_ HTML3_
1. Adsorbing material: Metallic nanoparticles exhibit a very special absorbent function. Cobalt, cobalt powders and nickel oxide powders with carbon coating can all be used to stealth metals that are millimeterwave-wave-compatible for military applications. As infrared stealth or structural stealth material for mobile phone radiation shielding, iron nanoparticles are possible.
2. Magnetic medium. Because it has high saturation susceptibility to iron and is porous, this medium makes a great magnetic medium.
3. High performance magnetic recording materials: 15giorni -iron boasts the following advantages: high saturation susceptibility; high specific susceptibility; good oxidation resistence.
4. Magnetic fluid is a mixture of iron and cobalt as well as nickel. This magnetic fluid has an outstanding performance that can be widely utilized in many areas such as sealing damping, sound control and light display.
Storage Situation of Iron 15giorni particles 15giorni Fe Pulp:
Iron nanoparticles performance and usage effects will be affected by the damp reunion. Iron should therefore be packed in vacuum and kept cool in dry place. Also, Fe 15giorni particles must be kept away from stress.
Packing & Shipping of Iron Microparticles 15giorni Fe Pulp:
There are many packing options available that depend on the iron content.
Iron nanoparticles packing vacuum, 1kg/bag. 25kg/barrel.
Iron nanoparticles shipping: could send out via sea, air and express, as long as there is a payment receipt.
Iron 15giorni particles Properties
Iron nanopowder, iron nano-particles,
Fe nano-powder, nanoiron, nano-Fe
Safety & health information