Increase the solubility of Ti in Mg?

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Increase the solubility of Ti in Mg?

This topic has 17 replies, 10 voices, and was last updated 23 February 2018 at 23:29 by Nick Hulme.

Viewing 18 posts - 1 through 18 (of 18 total)

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15 January 2018 at 10:51 #29781
John Silva
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@johnsilva34337
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15 January 2018 at 10:51 #336790
John Silva
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@johnsilva34337
Hello guys i am trying to make MG-TI alloy.And the persentage of TI in Mg is almost zero its very little.
So do you guys know any element which can be add to the Mg-Ti system? so the increase the slublity of TI in MG ?
15 January 2018 at 11:33 #336798
Muzzer
Participant
@muzzer
I'm trying to think of a third metallic element that won't be extinguished once it starts to burn. That should do the trick!

But seriously, what benefit do you see in a titanium magnesium alloy? And if it isn't currently in use anywhere, is there a reason for that?

Murray
15 January 2018 at 12:01 #336800
John Silva
Participant
@johnsilva34337
Thanks for your reply. What you think about Al, V, Cr, Co, Ag, Sn, Mo, Ni. Isn't they're useful in MG ?
15 January 2018 at 12:06 #336802
Bravo DJ
Participant
@bravodj72509
Try Ag
15 January 2018 at 12:19 #336803
Tim Stevens
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@timstevens64731
One of the main problems that Model Engineers face is finding the best stuff available for an application at a sensible price. So, we tend not to get involved in new recipes for alloys, which inevitably are completely untested and so may not have any desirable characteristics. I suggest that this may show that you are not looking in the most helpful place, John.

Sorry – Tim
15 January 2018 at 12:40 #336804
John Silva
Participant
@johnsilva34337
Thanks for you support guys.I think i should not try it.Since Tim words really win my heart
15 January 2018 at 12:53 #336807
Nick Hulme
Participant
@nickhulme30114
Without information relating to the intended application it's hard to make any suggestions, is it this kind of thing you're trying to make –

https://www.sciencealert.com/new-metal-alloy-has-highest-strength-to-weight-ratio-of-any-metal

Do you have an inert gas atmosphere furnace? I doubt you'll reach the required temperatures without.
15 January 2018 at 13:22 #336809
John Silva
Participant
@johnsilva34337
No sorry its different from the link you provide, and what kind of info do you want. Let me know so i can give more info

Edited By John Silva on 15/01/2018 13:23:15
15 January 2018 at 13:26 #336810
John Haine
Participant
@johnhaine32865
Melting magnesium and titanium and possibly another metal together doesn't sound to me like something you want to be doing without the proper facilities and knowledge and experience of working safely with molten highly reactive metals!
15 January 2018 at 13:35 #336811
David Standing 1
Participant
@davidstanding1
Posted by John Haine on 15/01/2018 13:26:02:

Melting magnesium and titanium and possibly another metal together doesn't sound to me like something you want to be doing without the proper facilities and knowledge and experience of working safely with molten highly reactive metals!

Indeed, you could start a sweepstake on which of magnesium or titanium is most likely to bite you on the arse if it all goes pear shaped!

Potential Darwin award in the making
15 January 2018 at 13:35 #336812
John McNamara
Participant
@johnmcnamara74883
Hi John

Not my thing but you are not alone! Good luck with your experiments.

Regards
John

>**LINK**

Edited By John McNamara on 15/01/2018 13:36:29

Edited By John McNamara on 15/01/2018 13:36:59
16 January 2018 at 07:02 #336939
John Silva
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@johnsilva34337
I've done with my experiment . Thanks for your helping guys
19 January 2018 at 15:15 #337440
Nick Hulme
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@nickhulme30114
Posted by John Silva on 16/01/2018 07:02:11:

I've done with my experiment . Thanks for your helping guys

Thanks for the detail on how it went 😀
23 February 2018 at 20:35 #342978
Martin Dowing
Participant
@martindowing58466
You should smelt them under argon. You need to construct dedicated furnace for it. Crucible from magnesia (MgO) is best for the job. Load crucible with mixture of pieces of metals in right proportion. Temperatures in range 1000*C.

If both oxygen and nitrogen are excluded, titanium should dissolve in molten Mg.

Your alloy in all probabilities will be useless (issues with grain size, impurities etc). There is much more in metallurgy than smelting few elements together and hoping for the best.
23 February 2018 at 21:17 #342990
Muzzer
Participant
@muzzer
Posted by Nick Hulme on 19/01/2018 15:15:58:

Posted by John Silva on 16/01/2018 07:02:11:

I've done with my experiment . Thanks for your helping guys

Thanks for the detail on how it went 😀

Well I guess he's still alive. Or perhaps the message comes to us from The Other Side or a hospital somewhere?

Merry
23 February 2018 at 22:13 #343000
Jeff Dayman
Participant
@jeffdayman43397
I hope one of the results of the experiments was not learning that it is possible to type replies to a web forum with a pencil in your mouth while you're in the burn ward.
23 February 2018 at 23:29 #343008
Nick Hulme
Participant
@nickhulme30114
It didn't work!

No sh*t Sherlock?
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