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using a 4 way lug wench,hit it with a hammer in a clockwise direction.Then try loosening it.Sometimes tightning it a little helps. If that doesn't work put apiece of 4'pipe on the lug wrench,that should give you enough leverage.
And for those who may not know this...back in the day...the lug nut torque was 60 lbs/ft....which I would NEVER do. REGARDLESS of what was written in the assembly manual. I actually ahve tried it and I felt really weird when the torque wrench clicked. It seemed to be barely above hand tight.
DUB
DUB: Have you ever tried out the online bolt torque calculators? Last time I used one a 5/8" bolt torqued to 75 lb-ft came out a phenomenal 7000 # load.
DUB: Have you ever tried out the online bolt torque calculators? Last time I used one a 5/8" bolt torqued to 75 lb-ft came out a phenomenal 7000 # load.
Dub..
As always, I thank you for your input/..experience..and willingness to help others..
May our Lord bless you and yours this Christmas and always..Jim
If I had chrome nuts, I'd not use an impact gun, either. But, happily, my nuts are just plain old mild steel...ungreased, as well. And I have yet to chip any of my nuts.
I love my electric impact. It makes 'tire life' easy.
Funny how the 'battery impacts' are taking over. About the only thing I use the compressor for now is my 1/2" impact because I don't have a 1/2" battery impact. One is on my wish list lol.
And about the lug nuts - I have always used Anti-Seize (lightly) on the threads. Now I see this may not be a good idea.
Jim
DUB is correct. Clean the threads of the lugs with a wire brush or a thread chaser if they have surface rust on them and reinstall the nuts dry. The only time I've added a light amount of grease is to my boat trailer wheels and then I re-adjusted the torque value.
Funny how the 'battery impacts' are taking over. About the only thing I use the compressor for now is my 1/2" impact because I don't have a 1/2" battery impact. One is on my wish list lol.
And about the lug nuts - I have always used Anti-Seize (lightly) on the threads. Now I see this may not be a good idea.
Jim
I've used anti-seize on nuts that are not cap nuts. A trailer is one good example.
Or drive a DD on winter salted roads for several years and try to get the lug nuts off if you don't. Or the wheels for that matter LOL. Some antisieze between the wheel and the hub may be a good idea.
Sure adjust the torque some, but as pointed out the threads can take the additional torque of going from 80 to 100 lb/ft. So they are not too picky in the torque department unless you really over torque them, then it's the studs that give up the ghost.
I had a friend that had 4 of 6 lugs break off due to overtorquing from a tire shop. The threads on the remaining lugs were still good..ish, but the studs needed replacement.
Last edited by REELAV8R; Dec 20, 2016 at 02:48 PM.
Obviously using common sense is best if a person uses anti-seize compound. And if a vehicle is exposed to hash elements...then frequent inspection is also wise. Seems that some people know how to use it with no ill effects.
When I used to use anti-seize compound a long time ago when I did not know what I know now. It was always the nut that lost its threads and never the bolt or stud. They would literally pull right out and be a spiral circle of threads when I took it off the bolt or stud....much like a heli-coil.
I DO use anti-seize compound where the center hub and wheel darn near mate together.
And on some cars where the backside of the ALUMINUM wheel where it contacts the rotor..I will apply a very thin film of it due to the car is getting exposed to salt and I can see the galvanic action eating away some of the aluminum. If they are steel wheels and I see it...I do the same thing to them.
If your 1/2" breaker bar isn't long enough to break the torque on a bolt or nut, use extreme caution using a piece of pipe to increase the length of the bar. I tried that one time and thought "thank you" the extra length is working, then noticed that the 1/2" drive on the end of the breaker bar was actually twisting and the bolt head wasn't. I let off and inspected the bar and found the drive had fractured, the pin was dislodged and the end of the breaker bar was disfigured. I buy good quality tools not the cheap stuff. I was lucky, I've heard horror stories of people using pipe extensions, bars breaking and people getting seriously injured. Breaker bars are cheap, purchase a longer one designed for the torque you are pulling or upgrade to a 3/4" drive breaker bar and sockets. I think you will find a piece of pipe in the socket and ratchet drawer of Bubba's tool box.
If your 1/2" breaker bar isn't long enough to break the torque on a bolt or nut, use extreme caution using a piece of pipe to increase the length of the bar. I tried that one time and thought "thank you" the extra length is working, then noticed that the 1/2" drive on the end of the breaker bar was actually twisting and the bolt head wasn't. I let off and inspected the bar and found the drive had fractured, the pin was dislodged and the end of the breaker bar was disfigured. I buy good quality tools not the cheap stuff. I was lucky, I've heard horror stories of people using pipe extensions, bars breaking and people getting seriously injured. Breaker bars are cheap, purchase a longer one designed for the torque you are pulling or upgrade to a 3/4" drive breaker bar and sockets. I think you will find a piece of pipe in the socket and ratchet drawer of Bubba's tool box.
Call me bubba then. As with all things mechanical you got to use some common sense. Experience goes a long way too. Knowing how much force is reasonable and how much is not.
40 miles from anywhere In a field with a nut that won't come loose you don't have access to just the right tool, you improvise, just be smart about it.
One old 'trick' for getting nuts to come off more easily (without affecting the application torque) is to brush some Maalox on the studs and let it dry. That while 'powder' won't change the frictional characteristics of the bolted joint; but it will keep the two pieces from rusting together over long periods of time.
One old 'trick' for getting nuts to come off more easily (without affecting the application torque) is to brush some Maalox on the studs and let it dry. That while 'powder' won't change the frictional characteristics of the bolted joint; but it will keep the two pieces from rusting together over long periods of time.
It won't prevent burn outs will it?
Hmm I kinda like the idea. How long does it take maalox to dry? Could a guy dry it with a heat gun? Don't really want to make putting a tire on an hour long process.
Maybe you could put the lug on with it still wet? The maalox should dry eventually with the same results shouldn't it?
Last edited by REELAV8R; Dec 21, 2016 at 02:04 PM.
Call me bubba then. As with all things mechanical you got to use some common sense. Experience goes a long way too. Knowing how much force is reasonable and how much is not. 40 miles from anywhere In a field with a nut that won't come loose you don't have access to just the right tool, you improvise, just be smart about it.
100%. 'Necessity is the mother of all inventions" as I have heard.