Thursday 25 December 2014

Iron Oxide Powder Has Proven Effective In The Medical Sciences!

Iron is the element which is most common on the planet. It is one of the core metals and there is almost an endless supply of the ores in form of oxides of iron. Extraction of the metal from its ores has been a mass industrial occupation since times unknown.

The uses of iron oxide have only recently been known to man and scientists see endless opportunities to make this metal oxide useful to industries and factories. Manufacturing of iron oxide is a relatively east process. Since then scientists have powdered iron oxide to nano sizes and come up with iron oxide powder which is made use of in various branches of science.

Iron Oxide Powder Is Non Toxic And Soluble In Human Body Systems!

The nano sized particles of iron oxide is made use of highly in the medical treatment of diseases. Iron oxide particles are non toxic to human body systems and the particles are also soluble in our blood streams. Hence they don’t create unnecessary problems when administered in human body systems.

The powdered iron oxide is also used to coat several medical appliances. They are used to create a layer of nano cover for drug delivery instruments. They are also used to coat wires and electrical instruments used in the hospitals.

Another use that nano particles of iron oxide powder are used is in memory tapes. In today’s digital world every small datum is stored in memories. Large amount of memory is necessary even for a small computing system. Iron oxide nano powder is used to coat these storage devices. They devices are in form of tapes where information is stored and the tapes are coated with this powder to avoid them from sticking to each other.

There is constant research happening regarding the particles of iron oxide nano powder. There are many more applications of the powder which are yet to be marketed and made available for commercial use. Scientists have claimed that it will reduce costs of machinery and electronics considerably lesser in the forthcoming years.

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