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India Is Seventh Nation to Process Titanium Sponge

Veeru

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India Is Seventh Nation to Process Titanium Sponge

India has joined an exclusive club with the knowhow to process titanium sponge, a key material in space and defence applications.

In 2008, NASA’s $2.3 billion Mars mission risked being grounded because some spare parts made of the metal titanium were of suspect quality. Back home, the Indian Space Research Organisation, or ISRO, is still looking for reasons for the GSLV’s (Geosynchronous Satellite Launch Vehicle) mid-air explosion on Christmas day last year. (Is it to do with quality of Chinese titanium?)

But going forward, it won’t have to worry about one key input — the quality of titanium used in the launch vehicles.

That’s because India will soon process the ore itself and so, will have better control over its quality. :cheers:

ISRO has always depended on overseas markets to source titanium sponge, which is created during the first stage of processing titanium ore. It is the raw material used to make alloys that are used to make rockets. Within two months, ISRO will be able to source titanium sponge from a new plant, one of the few in the world being put up by Kerala Minerals and Metals, or KMML. India will be the seventh country in the world to have the technology to make titanium sponge.

The breakthrough is a result of pooling of resources among state-run organisations and companies. The technology was developed by Defence Metallurgical Research Laboratory, a laboratory under Defence Research and Development Organisation, or DRDO. It cost KMML Rs. 143 crore to set up the facility and the tab is being picked up by ISRO’s Vikram Sarabhai Space Centre in Kerala.

The job of converting titanium sponge to titanium alloy will be done by the Hyderabad-based Mishra Dhatu Nigam.

Titanium ore is mined from beaches and the metal is known for its high strength but low weight, making it an ideal material for aircraft manufacture, including fighter aircraft. The material is also used in nuclear plants, and to make dental implants and mobile phones. “With India’s long coast line, titanium reserves are abundant here. And given its high costs and strategic use, we were trying to become self-sufficient for some years,” says a senior DRDO official. Insiders say the government has often been held to ransom by international suppliers. One example: The embargos imposed after the nuclear tests in 1998 made sourcing the metal difficult.

The self sufficiency also ensures that ISRO, which consumes a little less than 500 tonnes of titanium sponge annually, is relatively insulated from price fluctuations. :cheers: “Around 2004, price of titanium sponge had shot up to Rs. 15 lakh a tonne,” says Suresh Kumar, executive director, KMML. The price for a tonne of titanium sponge is now around Rs. 10 lakh.

Five hundred tonnes may sound like a small amount, but the world production itself was around 150,000 tonnes in 2010. China dominates the production and use of titanium. Nine out of 18 companies making titanium sponge are Chinese.

The KMML plant not only helps India get parity in strategic affairs but also opens the door for regional influence. In the pipeline is a partnership to make titanium sponge with Kazakhstan. This is another opportunity for India to expand its sphere of influence as a provider of special materials.

Read more: Forbes India - India Is Seventh Nation to Process Titanium Sponge
 
India is seventh nation to do so coz India is among very few nation which has extensive space program.... The other nation don't need Titanium, then why they need to work on this technology...

u need something, u make something....
:P
 
Pathetic to bring China into it.
 
Lol......wanna hear something weird? I just came back from an industrial visit to KMML....yeah the titanium sponge production facility. Its a half an hour drive from my college.
 
India Is Seventh Nation to Process Titanium Sponge

the Indian Space Research Organisation, or ISRO, is still looking for reasons for the GSLV’s (Geosynchronous Satellite Launch Vehicle) mid-air explosion on Christmas day last year. [/B][/COLOR] (Is it to do with quality of Chinese titanium?)

The great Media:no:

ISRO is not looking for mid air explosion causes. They are looking for the breaking of the gslv and its veering off the trajectory. The explosion was a self destruct call by ISRO, as GSLV was veering off from set range safety parameters and breaking. This is the second time ISRO used the rocket destruct button. They study in advance where the debris will fall when a rocket is blown up at a particular point in the air.
 
India Is Seventh Nation to Process Titanium Sponge

India has joined an exclusive club with the knowhow to process titanium sponge, a key material in space and defence applications.

In 2008, NASA’s $2.3 billion Mars mission risked being grounded because some spare parts made of the metal titanium were of suspect quality. Back home, the Indian Space Research Organisation, or ISRO, is still looking for reasons for the GSLV’s (Geosynchronous Satellite Launch Vehicle) mid-air explosion on Christmas day last year. (Is it to do with quality of Chinese titanium?)
But going forward, it won’t have to worry about one key input — the quality of titanium used in the launch vehicles.

That’s because India will soon process the ore itself and so, will have better control over its quality. :cheers:

ISRO has always depended on overseas markets to source titanium sponge, which is created during the first stage of processing titanium ore. It is the raw material used to make alloys that are used to make rockets. Within two months, ISRO will be able to source titanium sponge from a new plant, one of the few in the world being put up by Kerala Minerals and Metals, or KMML. India will be the seventh country in the world to have the technology to make titanium sponge.

The breakthrough is a result of pooling of resources among state-run organisations and companies. The technology was developed by Defence Metallurgical Research Laboratory, a laboratory under Defence Research and Development Organisation, or DRDO. It cost KMML Rs. 143 crore to set up the facility and the tab is being picked up by ISRO’s Vikram Sarabhai Space Centre in Kerala.

The job of converting titanium sponge to titanium alloy will be done by the Hyderabad-based Mishra Dhatu Nigam.

Titanium ore is mined from beaches and the metal is known for its high strength but low weight, making it an ideal material for aircraft manufacture, including fighter aircraft. The material is also used in nuclear plants, and to make dental implants and mobile phones. “With India’s long coast line, titanium reserves are abundant here. And given its high costs and strategic use, we were trying to become self-sufficient for some years,” says a senior DRDO official. Insiders say the government has often been held to ransom by international suppliers. One example: The embargos imposed after the nuclear tests in 1998 made sourcing the metal difficult.

The self sufficiency also ensures that ISRO, which consumes a little less than 500 tonnes of titanium sponge annually, is relatively insulated from price fluctuations. :cheers: “Around 2004, price of titanium sponge had shot up to Rs. 15 lakh a tonne,” says Suresh Kumar, executive director, KMML. The price for a tonne of titanium sponge is now around Rs. 10 lakh.

Five hundred tonnes may sound like a small amount, but the world production itself was around 150,000 tonnes in 2010. China dominates the production and use of titanium. Nine out of 18 companies making titanium sponge are Chinese.

The KMML plant not only helps India get parity in strategic affairs but also opens the door for regional influence. In the pipeline is a partnership to make titanium sponge with Kazakhstan. This is another opportunity for India to expand its sphere of influence as a provider of special materials.

Read more: Forbes India - India Is Seventh Nation to Process Titanium Sponge

I stopped taking this article seriously the moment I saw that. So my honourable friend, please answer for the benefit of the readers. Why are Chinese satellites launched so successfully if our metal alloys are to blame? Isn't there some form of product quality control in place in India? not to mention about the quality checks made on such expensive projects?
 
I stopped taking this article seriously the moment I saw that. So my honourable friend, please answer for the benefit of the readers. Why are Chinese satellites launched so successfully if our metal alloys are to blame? Isn't there some form of product quality control in place in India? not to mention about the quality checks made on such expensive projects?

If you have used any made in India products you should know just how shoddy they are. This Veeru guy has posted numerous anti-Chinese posts I am just reading them as entertainment. However, blaming Chinese sponge on their exploded crappy rockets is just too priceless. :lol: I didn't even know that Indian space agencies would allow Chinese products in their rockets. Anyways...
 

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