Although iron is inherently known for its beauty and versatility, this has recently been also found to be a remarkable material on the world scale in form of iron nanopowder. These particles (smaller than 100 nanometers) of iron, show different properties to the normal bulk material - and so are useful in a myriad applications including various industrial sectors. Iron nanopowders participate as a difficult but satisfying nanotechnological building block at the nanoparticles level in range of advancings such as energy storage to biomedical applications and one potential commeresentational route has been an expensive alternative.
The key features of this product are, the high surface area-to-volume ratio allowing for industry leading mixing and reaction kinetics as well a powder form for less complex manufacturing processes. Iron Nanoparticles used for reinforcement of various Metal, Ceramic and Plastic based Composites to enhance Strength, Thermal Conductivity & Magnetic properties are also available. Lighter & stronger materials of various sectors like aviation, automotive or construction resulted in weight reduction and increased engine performance at the crux while keeping high durability.
With the rapid charge capabilities for high VOLTAGE-High performance / long life cycle batteries associated with, iron is an abundant mineral and possible as it has a product to develop in conjunction of large scale energy storage systems keep us able supply balanced - demand side but main grid generally do support renewable sources such solar or wind power. This could power iron nanopowder for energy storage over here and make the world a cleaner place.
As the weapon of choice for chemists, iron nanopowder with a nanometer grade is taking its part in chemical reactions catalysts by providing catalytic active sites thus enhancing efficacy and selectivity. On the environmental applications, iron nanoparticles have demonstrated their effectiveness for decomposing such contaminants. Cleaning the polluted groundwater is another use as a part of cost-effective and quick nano zero valent iron performance (nZVI) technology The GLP removed hazardous chemicals from their native environments, making great strides in environmental cleanup using this particular form of iron nanopowder. It could ultimately solve most climate change problems and open the way for industrial catalysis applications, whether in energy or fuel wastelessness.
Iron nanopowder is changing the medical profession and it has certain unique features. Iron oxide INPs, due to their biocompatibility nature provides a strategy for developing the targeted drug delivery system by which the drugs could be delivered specifically to cell or tissue that will potentially reduce toxic side effects and enhance therapeutic efficiency (Xie et al. 2010). Additionally they act as the diagnostic imaging contrast agent in a magnetic resonance imaging (MRI). More recently, research for their use in the hyperthermia thermal killing of stem (HTSSK) at cancer treatment has been done to non-invasively ablate tumor cells using remotely heated magnetic nanoparticles.
KPT Company's annual production capacity is 200000 tons it has atomized powder sponge iron production lines. KPT Company is most technologically advanced, complete largest iron nanopowderproduction enterprise China.
main activity is manufacturing metal powders. offer a diverse variety of products such water atomized powders, sponge Iron hydrogen reduced sponge powder low apparent densities high-alloy powders superfine powders including stainless steel, iron nanopowderpowders well as copper powders.
shipping and delivery services top-quality. Our products exported more than 30 countries, including North America, iron nanopowderAmerica and Asia.
have obtained certifications like ISO9001, SGS, REACH, etc. KPT the iron nanopowderpowder metallurgy facility. maintain a close partnership universities as well other research institutions.
Copyright © Shanghai Knowhow Powder-Tech Co.,Ltd. All Rights Reserved - Privacy Policy
