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Badly rusted studs

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photoman
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PostPosted: 08:00 - 21 Aug 2021    Post subject: Badly rusted studs Reply with quote

What is your take on removing badly rusted exhaust nuts and studs.

The two exhaust ports on my BMW 1100RS have the exhaust down pipes retained by 3 x 6mm studs. One side is so bad the nut has all but corroded away. All I can think of is cutting off what is remaining then drilling out what there is left and re-tapping the holes, Then replacing the studs with stainless. (not perfect but at least it will delay any further rusting).

Any other suggestions?
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ThatDippyTwat
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PostPosted: 09:36 - 21 Aug 2021    Post subject: Reply with quote

Plus-Gas (other penetrating oils are available) and heat cycle it. Repeatedly. Ideally apply the Plus-Gas after a ride when it's cooled just enough to not evaporate it on contact.
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photoman
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PostPosted: 10:02 - 21 Aug 2021    Post subject: Reply with quote

ThatDippyTwat wrote:
Plus-Gas (other penetrating oils are available) and heat cycle it. Repeatedly. Ideally apply the Plus-Gas after a ride when it's cooled just enough to not evaporate it on contact.


I know the properties of Plus-Gas but these are beyond redemption.

I might get away with it on the right hand side but on the left the nuts are so bad that they are just formless shapes of rusted metal. There is not even enough metal to hammer a smaller nut onto it. Also I know from experience the 6mm studs will shear off.
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WD Forte
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PostPosted: 13:40 - 21 Aug 2021    Post subject: Reply with quote

I'm currently doing a lot of corroded and rusty nut/stud work with mixed results.

I did buy an Erbauer nut remover from Screwfix to remove a corroded
exhaust nut and to be fair it gripped well and remove the nut.
Unfortunately the nut was so rusted on it sheared the stud off
a PITA, but that happens sometimes.
Welding a nut on the remaining stud was a bust too as it sheared of flush with the head on the next attempt
Bollerx!
In the end I had to drill it out and helicoil it.

As above, I'd start with Plus Gas/ACF50 etc you might be lucky
other wise you might have to go down the route I did

Here's the nut whipper outer thingy
https://www.screwfix.com/p/erbauer-bolt-nut-remover-set-6-pcs/6083d

Incidentally, I never fit new exhaust studs mega tight
just lashings and lashings of copperslip and nip them up
I'd rather screw a new stud in than go through all the arseache above
Incidentally 2:
Stainless and ally will be more subject to volcanic corruption*
than carbon steel and and ally but I find copperslip helps alleviate this

* some scientific mumbo jumbo
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photoman
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PostPosted: 16:14 - 21 Aug 2021    Post subject: Reply with quote

WD Forte wrote:
I'm currently doing a lot of corroded and rusty nut/stud work with mixed results.
Stainless and ally will be more subject to volcanic corruption*
than carbon steel and and ally but I find copperslip helps alleviate this

* some scientific mumbo jumbo


I understand what you mean where they are in contact with reach other, but I was thinking more along the lines of a new stainless stud with a stainless nut and spring washer on the end to hold it in place. That way there will be no direct contact with alloy and the stainless so the retaining nut can be removed.

I don't know why but BMW seem to treat copperslip like the plague, They never use it anywhere. It makes life so much easier for us in the long run. There again they sell bikes and once they have our money they don't really care a lot.

The only reason I want to remove the pipes is I have a much better set which has most of the chrome in good condition, the present ones are to be blunt, in poor shape.
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Hong Kong Phooey
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PostPosted: 12:37 - 22 Aug 2021    Post subject: Reply with quote

If you fit stainless studs, they will work harden and transform into super strength drill breakers. So if you do then just hope none of them break.

My understanding is mild steel was the choice as a sacrificial part of the whole fixture. It's meant to be the weakest link in the chain for a reason, and in the environment of constant heat cycles, vibration and moisture they stand up quite well considering.
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droog
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PostPosted: 15:57 - 22 Aug 2021    Post subject: Reply with quote

I had to deal with a snapped and seized exhaust stud when I was removing the header pipes off my old Hiornet.

I'll recount my experience as it might be of some use to you in getting your exhaust stud out. Very Happy

I tried using a stud extractor tool but it didn't grip the stud sufficiently to get it turning, after numerous attempts the extractor tool just slipped around the stud when applying serious leverage. I have had success with these extractor tools on other seized bolts but not in this case.

Luckily there was enough of the snapped stud left poking out of the engine block for me to cut a notch in the end with a metal hacksaw. I then used a combination of Plusgas, an impact driver and hammer (with a screwdiriver bit fitted to the impact driver for the slot I cut into the top of the stud) and a propane/butane torch to heat up the stud.

After squirting the stud with some Plusgas and heating it up with the torch, I hit it a few times with the impact driver and finally got it turning. It came out of the block with no damage to the threads (so luckily no need to helicoil the block etc).

I'm just a DIY home mechanic on a learning curve, so naturally I was really pleased with myself and took some pics to commemorate the event (see below). Mr. Green

Stud in the block (this pic was taken after I got it turning - hence the shiny screw threads on the stud)
https://i.ibb.co/bH2VRtF/1.jpg

Engine block, propane torch and impact driver
https://i.ibb.co/ccBKmfy/3.jpg

The extracted stud showing the slot I cut in the top for the impact driver
https://i.ibb.co/Qpx0nYV/2.jpg
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Tdibs
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PostPosted: 17:40 - 22 Aug 2021    Post subject: Reply with quote

Well, you have come to terms with the reality that it will most likely snap.

My best results were with giving it a really good wire brushing first to try and get ride of any flakes that will clog up the threads. Heat cycles with a good torch a few times + plus gas. Then attempt to gently work it back and forth, not trying to just get it off in one go. Getting it moving a little, go back, heat, cool then wiggle some more.

Call out welder is a good option to weld nuts on the end if you have exposed stud left. I have done so before and has got 2 studs out for me.

Worst case is removing the head and handing off for machining out the stud.
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WD Forte
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PostPosted: 18:39 - 22 Aug 2021    Post subject: Reply with quote

It occurs to me that the only reason folk struggle with exhaust fittings is plain old neglect.
If people whipped em orf and copperslipped new nuts on very two years or at least checked the feckers we'd not have the arseache of
struggling with seized nuts and snapped studs so often.

I've never had to fix them on a bike I owned after servicing it , but done a shit ton on other peoples or new to me bikes.
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photoman
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PostPosted: 20:00 - 22 Aug 2021    Post subject: Reply with quote

WD Forte wrote:
It occurs to me that the only reason folk struggle with exhaust fittings is plain old neglect.
If people whipped em orf and copperslipped new nuts on very two years or at least checked the feckers we'd not have the arseache of
struggling with seized nuts and snapped studs so often.

I've never had to fix them on a bike I owned after servicing it , but done a shit ton on other peoples or new to me bikes.


That's all very well and good if you have owned the bike from new or near new. This is a recent acquisition for which I paid little but bought it because the motor was exceptionally good.However I have to sort out the other problems and was only asking for advice.
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droog
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PostPosted: 20:12 - 22 Aug 2021    Post subject: Reply with quote

WD Forte wrote:
It occurs to me that the only reason folk struggle with exhaust fittings is plain old neglect.
If people whipped em orf and copperslipped new nuts on very two years or at least checked the feckers we'd not have the arseache of
struggling with seized nuts and snapped studs so often.

I've never had to fix them on a bike I owned after servicing it , but done a shit ton on other peoples or new to me bikes.


Yeah, this has been my experience.

I've only ever owned used bikes, and I got used to having to deal with seized bolts and fasteners for the first service/repair job I gave them - on my 10 year old (at the time) ZX7R I wanted to give the bike the once over to check everything was ok after buying it and getting it back home, but I couldn't even get the fairing side panels off - most of the fasteners were seized - I got the impression I was the first person ever to remove the side panels since the bike first left the shop.

If anything comes off the bike I usually copper slip it (when appropriate) so I don't have to deal with seized stuff in the future.
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droog
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PostPosted: 20:21 - 22 Aug 2021    Post subject: Reply with quote

If you are going to attempt to work it out by hand a good tip (in addition to using Plusgas, heat etc) is to give the stud some taps on the end with a centre punch and a hammer - the shock waves can help to break up whatever crud is seizing the threads and helps to work the penetrating oil further into the threads where it can do it's job.

Doing this has definitely helped me to free up seized bolts, studs etc in the past without having to resort to more elaborate methods.
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photoman
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PostPosted: 20:52 - 22 Aug 2021    Post subject: Removal of studs Reply with quote

I have given this a bit of thought. The exhausts are held on by 3 x 6mm studs either side which in two cases, one of which on either side, are partially hidden by the sharp bends of the pipes which does not help matters. It certainly precludes me from giving all the studs a clout with a hammer

I am now considering using a dremel with a cutting disc to at least partially split the nuts and then remove them but leave the studs intact. The pipes can then be removed so I can get at them without any obstruction in the way. This will leave a reasonable length of stud to work on.

Soaking the studs with plus-gas will certainly help and using a bit of heat and as has been suggested tap the studs with a hammer will also help, then use a good pair of mole-grips to gently try to break the grip in the alloy head. But in what order do I use the plus-gas heat and the tap with a hammer?


Last edited by photoman on 11:22 - 23 Aug 2021; edited 1 time in total
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Easy-X
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PostPosted: 23:38 - 22 Aug 2021    Post subject: Reply with quote

I'd be curious as to the physics chemistry occurring in the classic stuck bolt (or stud in this case.) In this specific scenario it's steel stud versus alloy head...

Is it the rust creeping down the thread of the stud or alloy corrosion having the biggest impact? Why use steel nuts on steel studs? Surely a recipe for disaster given on most bikes these fixings are exposed to water/dirt/salt spray Thinking
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droog
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PostPosted: 07:24 - 23 Aug 2021    Post subject: Re: Removal of studs Reply with quote

photoman wrote:
Soaking the studs with plus-gas will certainly help and using a bit of heat and as has been suggested tap the studs with a hammer will also help, then use a good pair of mole-grips to gently try to break the grip in the alloy head. But in what order do I use the plus-gas heat and the tap with a hammer?


Removing the headers to allow unfettered access to the studs sounds like definitely the way to go Thumbs Up

I would proceed in the following order:

As mentioned - clean up the area surrounding the stud with a wire brush, squirt the point where the stud enters the alloy with the Plusgas, then hit the end of the stud with the hammer and punch to break up the crud in the threads and to help the Plusgas work it's way into the threads.

At this point you can heat the stud up with the torch and then with the stud still hot go at it with the mole grips or the impact driver I mentioned previously.

The impact driver with the slot/screwdriver combo worked really well for me in this situation - just remember to hold the impact driver very firmly so it stays in position and make sure it's set anti-clockwise Mr. Green
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droog
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PostPosted: 07:39 - 23 Aug 2021    Post subject: Reply with quote

Easy-X wrote:
I'd be curious as to the physics chemistry occurring in the classic stuck bolt (or stud in this case.) In this specific scenario it's steel stud versus alloy head...

Is it the rust creeping down the thread of the stud or alloy corrosion having the biggest impact? Why use steel nuts on steel studs? Surely a recipe for disaster given on most bikes these fixings are exposed to water/dirt/salt spray Thinking


When I was taking apart my winter hack hornet I was getting a lot of stuck bolts in alloy components. When the bolts eventually came out of the alloy, the threads were usually covered in a fine white/grey powder - which I'm assuming was alloy corrossion and was the stuff that was responsible for seizing the threads up.

This is why (I think) shocking the bolt and the threads with taps from a centre punch/cold chisel helps to break up the alloy corriosion and unseize the threads (in addition to using penetrating oil).

I remember reading about 'bimetalic/galvanic' corrossion which occurs over time when you mix different metals/alloy along with water, salt and small electric currents.

https://www.galvanizing.org.uk/galvanic-corrosion/
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Easy-X
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PostPosted: 09:34 - 23 Aug 2021    Post subject: Reply with quote

That's one vote for alloy corrosion Smile If copper slip on the threads (or will any old grease do?) is so helpful how come it's not done on every bike from the factory?! It's not a torque imperative area as compared to say head bolts Thinking
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droog
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PostPosted: 10:06 - 23 Aug 2021    Post subject: Reply with quote

Easy-X wrote:
That's one vote for alloy corrosion Smile If copper slip on the threads (or will any old grease do?) is so helpful how come it's not done on every bike from the factory?! It's not a torque imperative area as compared to say head bolts Thinking


I guess because the bolt is perfectly functional when the bike comes out of the factory adding anti-seize compound to threads is not seen as necessary or the manufacturer's responsibility.

If the bike is then operated in a wet, salty environment, then keeping the bolts unseized falls into the category of preventative maintenance and is the owner's responsibility.
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xX-Alex-Xx
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PostPosted: 10:47 - 23 Aug 2021    Post subject: Reply with quote

Easy-X wrote:
That's one vote for alloy corrosion Smile If copper slip on the threads (or will any old grease do?) is so helpful how come it's not done on every bike from the factory?! It's not a torque imperative area as compared to say head bolts Thinking


If a manufacturer can save a pound/dollar/euro per unit, plus make it easier to manufacture, they'll do it. By the time the exhaust bolts will ever need to come off, the bike will be way past warranty so who cares?
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photoman
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PostPosted: 11:32 - 23 Aug 2021    Post subject: Reply with quote

Easy-X wrote:
That's one vote for alloy corrosion Smile If copper slip on the threads (or will any old grease do?) is so helpful how come it's not done on every bike from the factory?! It's not a torque imperative area as compared to say head bolts Thinking



Just 'any grease' is not a good idea and may actually jam up the works even more. The compound of copper and sometimes aluminium will have a lubricating affect on the threads and make dis-assembly easier.

That is why it is not advised to use copper grease on safety related items such as brake caliper mounting bolts or wheel bolts because they may come loose when riding the bike. BMW are quite specific on this for the wheel nuts on the rear wheel to final drive. The bolt threads must be clean and dry and the torque settings for these bolts takes this into account.
Also if the threads are greased, this may/will allow a higher torque to be given before the 'click' with the risk of stripping the thread in a softer alloy casting.
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Tdibs
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PostPosted: 14:38 - 23 Aug 2021    Post subject: Re: Removal of studs Reply with quote

photoman wrote:
I have given this a bit of thought. The exhausts are held on by 3 x 6mm studs either side which in two cases, one of which on either side, are partially hidden by the sharp bends of the pipes which does not help matters. It certainly precludes me from giving all the studs a clout with a hammer

I am now considering using a dremel with a cutting disc to at least partially split the nuts and then remove them but leave the studs intact. The pipes can then be removed so I can get at them without any obstruction in the way. This will leave a reasonable length of stud to work on.

Soaking the studs with plus-gas will certainly help and using a bit of heat and as has been suggested tap the studs with a hammer will also help, then use a good pair of mole-grips to gently try to break the grip in the alloy head. But in what order do I use the plus-gas heat and the tap with a hammer?


I would interlock 2 nuts against each other (if there is enough thread) and try to undo it that way, rather than chew the thread with mole grips.

That or call out someone with a stick welder for a few quit to weld a nut on the end of each and give you the best chance at getting them all out clean.
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photoman
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PostPosted: 14:56 - 23 Aug 2021    Post subject: Re: Removal of studs Reply with quote

Tdibs wrote:
photoman wrote:
I have given this a bit of thought. The exhausts are held on by 3 x 6mm studs either side which in two cases, one of which on either side, are partially hidden by the sharp bends of the pipes which does not help matters. It certainly precludes me from giving all the studs a clout with a hammer

I am now considering using a dremel with a cutting disc to at least partially split the nuts and then remove them but leave the studs intact. The pipes can then be removed so I can get at them without any obstruction in the way. This will leave a reasonable length of stud to work on.

Soaking the studs with plus-gas will certainly help and using a bit of heat and as has been suggested tap the studs with a hammer will also help, then use a good pair of mole-grips to gently try to break the grip in the alloy head. But in what order do I use the plus-gas heat and the tap with a hammer?


I would interlock 2 nuts against each other (if there is enough thread) and try to undo it that way, rather than chew the thread with mole grips.

That or call out someone with a stick welder for a few quit to weld a nut on the end of each and give you the best chance at getting them all out clean.


If the studs were brand new there wouldn't be enough 'meat' to fit two nuts on the end of the stud to do what you suggest. The thread on the old ones is almost non existent so chewing it with a mole grips does not matter.
The nuts such as they are will be so firmly rusted together the first thing that will happen is they will sheer off, they are only 6mm when new and less than that now. The nuts or remnants of, will have to be cut off first.
As I said earlier the nuts will have to come off first so I can remove the down pipes to let me get access to the one nut that is partially concealed behind the first bend of the pipes. That is where the dremel comes in.
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WD Forte
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PostPosted: 15:02 - 23 Aug 2021    Post subject: Reply with quote

Droog wrote:
I had to deal with a snapped and seized exhaust stud when I was removing the header pipes off my old Hiornet.

I'll recount my experience as it might be of some use to you in getting your exhaust stud out. Very Happy

I tried using a stud extractor tool but it didn't grip the stud sufficiently to get it turning, after numerous attempts the extractor tool just slipped around the stud when applying serious leverage. I have had success with these extractor tools on other seized bolts but not in this case.

Luckily there was enough of the snapped stud left poking out of the engine block for me to cut a notch in the end with a metal hacksaw. I then used a combination of Plusgas, an impact driver and hammer (with a screwdiriver bit fitted to the impact driver for the slot I cut into the top of the stud) and a propane/butane torch to heat up the stud.

After squirting the stud with some Plusgas and heating it up with the torch, I hit it a few times with the impact driver and finally got it turning. It came out of the block with no damage to the threads (so luckily no need to helicoil the block etc).

I'm just a DIY home mechanic on a learning curve, so naturally I was really pleased with myself and took some pics to commemorate the event (see below). Mr. Green

Stud in the block (this pic was taken after I got it turning - hence the shiny screw threads on the stud)
https://i.ibb.co/bH2VRtF/1.jpg

Engine block, propane torch and impact driver
https://i.ibb.co/ccBKmfy/3.jpg

The extracted stud showing the slot I cut in the top for the impact driver
https://i.ibb.co/Qpx0nYV/2.jpg



Well done you mate

I've never had any luck with impact drivers probably cos I'm a bit impatient and ham fisted at times.
If it was me doing that I'd probably have shattered that stud and had an ugly jagged remnant to deal with then burst into tears and flounced off Very Happy
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droog
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PostPosted: 15:53 - 23 Aug 2021    Post subject: Reply with quote

WD Forte wrote:
Well done you mate

I've never had any luck with impact drivers probably cos I'm a bit impatient and ham fisted at times.
If it was me doing that I'd probably have shattered that stud and had an ugly jagged remnant to deal with then burst into tears and flounced off Very Happy


Cheers WD Forte! Very Happy

To be honest I was at my wits end with the thing - I didn't want to use the impact driver for the reasons you mentioned - I had visions of me swinging the hammer, missing the impact driver entirely and smashing up the engine block instead Mr. Green

But when the stud extractor failed I realised that the impact driver was my only option (I'm not equipped to weld on nuts or anything like that) - I was extra careful and took my time - it's all in the prep as they say - I was really relieved when it came out in one piece - hence the celebratory photos. Mr. Green
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WD Forte
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PostPosted: 16:33 - 23 Aug 2021    Post subject: Reply with quote

One tip I found and tend to use on my bikes is
when fitting exhaust studs,as well as copperslip, just run them in
so the amount of thread is equal or 50% more than diameter of the stud then nip them up a wee bit
thassall
I'd prefer having a stud come out with a nut over struggling
with seized nuts/bolts snapped studs etc any day.
When, if occasionally it has happened, I just felt relief I'd got the fecker off more than annoyance
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