SIHH Report 2009 -2012

[ah siao]

hullo bro siao..

Hallo too Bro Louie!

Nice patina on your Sub

[louie]

another risti surfaced.....

HAGWE Everyone!

hullo bro siao..

[ah siao]

Hee hee... here's mine



HAGWE Everyone!

[louie]

here's my wristshot!

[golanheights]

SIHH 2011.. Panerai 7 Dayz Power reserve?

Once the owner of the Panerai 7 days power reserve...
56 + 56 + 56...




Just some Panerai fun.. folks.

Enjoy wearing your PAMs this weekend!

[johnfish]

Yes, Panerai should be 1st to apply this compositing ceramic with alumina for watch case, bezel & crown.

But, I think it's not an original idea in term of process.
Someone must have used the same process & material to make other items like jet turbines, car engine, space craft materials & etc already.

Is alraedy in the pipe-line on Boeing Dream-liner. The upper part of the plane body wif super high-tech composite withstand compression & expenstion load on cabin pressurisation .It took off 40-40% off the whole laden plane weight. Which mean it save more fuel.How much I dun know. It design work according to market force since fuel price shoot rocket high.

[Fred_Tan]

Yes, I think it's 1st in watch-making

WOW another Panerai 1st?

I am so proud to be a owner of Panerai
I hope they can come out with more "special" case.

Yes, Panerai should be 1st to apply this compositing ceramic with alumina for watch case, bezel & crown.

But, I think it's not an original idea in term of process.
Someone must have used the same process & material to make other items like jet turbines, car engine, space craft materials & etc already.

[Fred_Tan]

Cool

Let me try :
Metalogy *aluminina in nature is soft & light & corrosive overtime > Hightech mixture wit other element like ceramic in nature is hard/tough/corrosion free but brittle = high shear point( similar structure over titanium).It gonna be one hell of a toughest Radiomir I should say.

I totally agree.
Thanks for pointing this out.
I barely pass my chem in O & A.

I believe that means composite ceramic should be more ductile (more stress & strain resistance and less brittle) than isostatic ceramic.
Meaning it should be less likely to chip, crack, dent, break & ding than iso.
Also to take note, isostatic ceramic on 292 & 317 and soon 335 itself is already very high in resistance to chipping, dents, breakage, crack & dings.

I think it's right to say that composite ceramic bring the tool watch performance in term of scratch, ding, dent, chip, crack & etc up higher by few notches than isostatic ceramic which is already very high, I would say.

And, I personally think it will also mean that composite ceramic has more hardness than iso ceramic while having more resistance to machining or milling making it easier to produce than iso ceramic that's more harder to machine as it's less ductile.

You are right, as I also think this will make this 339 Rad e ultimate tool watch that's more suitable for rough wear.

Now, I want to see it being fanned out to Luminors, 1950s & etc to lower the price.

[Keith8896]

Is it going to be heavier / lighter than isostatic ceramic that's used on 317 & 292.
I think 317 & 292 is already extremely very light.

I vaguely understand they actually hang a Alumina rod as an anode and the cathode is a sacrificial Copper / Zink in an aquas solution setup like a car battery and wired up to achieve an electrolysis.
Electron will be lost by the Alumina to become composite ceramic, if my '0 & 'A levels chemistry is still correct & are to be believed.
And the lost electron will travel on the wire to the sacrificial Copper which till become Oxidized Copper & turn green thanks to water in the aques solution.

My barely can make it chemistry will now make me assume that the block of composite ceramic that was formed from the Alumina due to electron loss will now be milled & surface finished into a case, bezel & crown separately with a multiple axis diamond tipped CNC lathing tool.

Is this right?

My concern is will the ceramic continue to rust (oxidize) after the process due to exposure to sweat & air during wear?
Meaning, will e ceramic become more brown as time goes by after we got the watch?

And my biggest concern, will e composite ceramic make the steel & bronze parts inside the P.2002 rust faster?

Anyone who's into advanced materials, material science, chemical engr, chem science?
Can you shed some light?
Cheers.

WOW another Panerai 1st?

I am so proud to be a owner of Panerai
I hope they can come out with more "special" case.

[johnfish]

I got a fright of myself "double image' or double person_ity ?? I better go check tif doctor !

[johnfish]

Is it going to be heavier / lighter than isostatic ceramic that's used on 317 & 292.
I think 317 & 292 is already extremely very light.

I vaguely understand they actually hang a Alumina rod as an anode and the cathode is a sacrificial Copper / Zink in an aquas solution setup like a car battery and wired up to achieve an electrolysis.
Electron will be lost by the Alumina to become composite ceramic, if my '0 & 'A levels chemistry is still correct & are to be believed.
And the lost electron will travel on the wire to the sacrificial Copper which till become Oxidized Copper & turn green thanks to water in the aques solution.

My barely can make it chemistry will now make me assume that the block of composite ceramic that was formed from the Alumina due to electron loss will now be milled & surface finished into a case, bezel & crown separately with a multiple axis diamond tipped CNC lathing tool.

Is this right?

My concern is will the ceramic continue to rust (oxidize) after the process due to exposure to sweat & air during wear?
Meaning, will e ceramic become more brown as time goes by after we got the watch?

And my biggest concern, will e composite ceramic make the steel & bronze parts inside the P.2002 rust faster?

Anyone who's into advanced materials, material science, chemical engr, chem science?
Can you shed some light?
Cheers.

Let me try :
Metalogy *aluminina in nature is soft & light & corrosive overtime > Hightech mixture wit other element like ceramic in nature is hard/tough/corrosion free but brittle = high shear point( similar structure over titanium).It gonna be one hell of a toughest Radiomir I should say.

[johnfish]

Is it going to be heavier / lighter than isostatic ceramic that's used on 317 & 292.
I think 317 & 292 is already extremely very light.

I vaguely understand they actually hang a Alumina rod as an anode and the cathode is a sacrificial Copper / Zink in an aquas solution setup like a car battery and wired up to achieve an electrolysis.
Electron will be lost by the Alumina to become composite ceramic, if my '0 & 'A levels chemistry is still correct & are to be believed.
And the lost electron will travel on the wire to the sacrificial Copper which till become Oxidized Copper & turn green thanks to water in the aques solution.

My barely can make it chemistry will now make me assume that the block of composite ceramic that was formed from the Alumina due to electron loss will now be milled & surface finished into a case, bezel & crown separately with a multiple axis diamond tipped CNC lathing tool.

Is this right?

My concern is will the ceramic continue to rust (oxidize) after the process due to exposure to sweat & air during wear?
Meaning, will e ceramic become more brown as time goes by after we got the watch?

And my biggest concern, will e composite ceramic make the steel & bronze parts inside the P.2002 rust faster?

Anyone who's into advanced materials, material science, chemical engr, chem science?
Can you shed some light?
Cheers.

Let me try :
Metalogy *Luminina in nature is soft & light & corrosive overtime > Hightech mixture wit other element like ceramic in nature is hard/tough/corrosion free but brittle = high shear point( similar structure over titanium).It gonna be one hell of a toughest Radiomir I should say.

[Fred_Tan]

339 Composite Alumina Ceramic...anyone has any idea on the weight?

Is it going to be heavier / lighter than isostatic ceramic that's used on 317 & 292.
I think 317 & 292 is already extremely very light.

I vaguely understand they actually hang a Alumina rod as an anode and the cathode is a sacrificial Copper / Zink in an aquas solution setup like a car battery and wired up to achieve an electrolysis.
Electron will be lost by the Alumina to become composite ceramic, if my '0 & 'A levels chemistry is still correct & are to be believed.
And the lost electron will travel on the wire to the sacrificial Copper which till become Oxidized Copper & turn green thanks to water in the aques solution.

My barely can make it chemistry will now make me assume that the block of composite ceramic that was formed from the Alumina due to electron loss will now be milled & surface finished into a case, bezel & crown separately with a multiple axis diamond tipped CNC lathing tool.

Is this right?

My concern is will the ceramic continue to rust (oxidize) after the process due to exposure to sweat & air during wear?
Meaning, will e ceramic become more brown as time goes by after we got the watch?

And my biggest concern, will e composite ceramic make the steel & bronze parts inside the P.2002 rust faster?

Anyone who's into advanced materials, material science, chemical engr, chem science?
Can you shed some light?
Cheers.

[Fred_Tan]

Discontinued models?

From the Panerai website that was updated last week, look like:
212 has become 361
213 has become 362

And the following are gone?
214
279
282
283
319
316

These are all the info that I could deduce by looking at the updated page last week.
Again, I could be totally wrong as more or less models could be delisted at anytime without notice by Panerai, which they usually do & have done many times in the past.

You guys out there have any info?

How about 292?
292L have PIG (Miale)?
Or totally discon't?
Any ideas?

[Paneraii]

Wow! You guys power. Panerai flame burn so high.