Iron Pillar in India that never Rusts – Why?

Hey guys, this is the ancient iron pillar of India. It has many baffling features which have not been explained till date. One of the strangest features is that it has not rusted for more than a thousand years, although we can see some rusting in the recent years. Archeologists confirm that this was created at least 1600 years ago, but it could be much older than that. An iron pillar made such a long time ago should have rusted and completely disintegrated. How was such a pillar made, 1600 years ago, at a time when Historians claim there was no advanced technology?

In 2002, scientists studied the iron pillar and realized that it has a strange way of reacting to the atmosphere. Normally, Iron reacts with moisture in the atmosphere or rain and produces Iron oxide, which is called Rust (Fe2O3). This rust is very powerful, it will deteriorate the iron, and eventually destroy the entire structure. For example, if you look at this Nandu bridge in China which is less than 80 years old, it has been completely taken over by rust, making the bridge unusable. But the iron pillar does something very strange. When it comes in contact with moisture or rain, it produces a strange material called Misawite = y-FeOOH) which has not been seen anywhere before. This material actually forms a protective coating over the iron pillar and shields it from damage, and also increases its magnetic property.

Now, why does the iron pillar create Misawite instead of Rust or Iron Oxide? What makes this Iron pillar produce such a strange compound that is not seen anywhere else?

The iron pillar is actually made of 98% Iron, 1% Phosphorous and the remaining 1% is made of an ancient concoction called Vajra-sanghata. This concoction is clearly explained in ancient Indian texts. The Vajra-sanghata is created by mixing 8 parts of lead, 2 parts of bell metal and 2 parts of calx of brass. So, if you look at the total composition of the iron pillar, it is made of a complex alloy, created in ancient times.

 Instead of rusting which is Iron Oxide, the phosphorous and Vajra-sanghata make water vapor which is H2O, to convert into Misawite, a compound of Iron, Oxygen and Hydrogen (y-FeOOH). This layer actually protects the pillar from rusting. So, the pillar would accumulate this protective coating over the course of many centuries, making it even more stronger.

Now remember I showed you Surang Tila, the temple that withstood a massive earthquake. The stones of this temple were also bound by ancient binding materials, making it last forever. So, you can see that the ancient Indian technology was really advanced in creating structures that stand the test of time.

The other intriguing question is this: Who created this pillar?

Read the rest of the story here: https://goo.gl/wgjVSt

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