Posted: March 25th, 2010, 8:59 pm
Looks to be!speedway501 wrote:I think when they are welded and motor is bolted in they will be plenty strong enough.
Addressing the survival of the legendary CR500!
https://www.bannedcr500riders.com/
Looks to be!speedway501 wrote:I think when they are welded and motor is bolted in they will be plenty strong enough.
RideRed wrote:My welder has been in the aluminum working / welding business for 24 years. He builds sprint cars mostly, but does many other things as well. He said that the only time aluminum needs to be heat treated is after the initial annealing. So in effect, the only time it would need to be heat treated for strength is after its been heated to bend. If that makes sense.
Quick facts from my welder himself:
1. 6061-T6 needs annealed to bend, 6063-T6 does not.
2. 6061-T6 is stronger in a straight line, but not as strong when bent.
3. It will run you approx. $70-$150+ per rail to anneal 6061-T6 just so that you are able to bend it. 6063-T6 is NOT easy to bend, but responds far better to bending then 6061-T6. At $150+ each, you better be darned sure about your bends.
4. And for the biggest reason for why he recommended 6063-T6 over 6061-T6 is that after you go through all the effort and cash to anneal, bend & heat treat the 6061-T6, it will end up weaker than it was before the process began, effectively making the 6061-T6 equal to or lesser than in strength to the 6063-T6. Once it has been through both heat processes and has been bent, it will never be as strong as it was before. So its a waste of your money to go through the process and have almost the same exact thing as the 6063-T6.
KE 336 wrote:RideRed wrote:My welder has been in the aluminum working / welding business for 24 years. He builds sprint cars mostly, but does many other things as well. He said that the only time aluminum needs to be heat treated is after the initial annealing. So in effect, the only time it would need to be heat treated for strength is after its been heated to bend. If that makes sense.
Quick facts from my welder himself:
1. 6061-T6 needs annealed to bend, 6063-T6 does not.
2. 6061-T6 is stronger in a straight line, but not as strong when bent.
3. It will run you approx. $70-$150+ per rail to anneal 6061-T6 just so that you are able to bend it. 6063-T6 is NOT easy to bend, but responds far better to bending then 6061-T6. At $150+ each, you better be darned sure about your bends.
4. And for the biggest reason for why he recommended 6063-T6 over 6061-T6 is that after you go through all the effort and cash to anneal, bend & heat treat the 6061-T6, it will end up weaker than it was before the process began, effectively making the 6061-T6 equal to or lesser than in strength to the 6063-T6. Once it has been through both heat processes and has been bent, it will never be as strong as it was before. So its a waste of your money to go through the process and have almost the same exact thing as the 6063-T6.
Oh shit, here we go with this again. Could you at least change it to "quick OPINION of your welder? Much of what you state is just bull shit!
I say this as a HEAT TREATER of 30 years. 100hp, stick to your plan because you are on the right track.
6061 is nearly double the strenght of 6063. your saying if you anneal and re-heat treat 6061 its lost nearly half the strenght, or just a partial amount ? it may lose some, i doubt much though. maybe ill have a chunk of my extra tube tested after the re-heat treatRideRed wrote:My welder has been in the aluminum working / welding business for 24 years. He builds sprint cars mostly, but does many other things as well. He said that the only time aluminum needs to be heat treated is after the initial annealing. So in effect, the only time it would need to be heat treated for strength is after its been heated to bend. If that makes sense.
Quick facts from my welder himself:
1. 6061-T6 needs annealed to bend, 6063-T6 does not.
2. 6061-T6 is stronger in a straight line, but not as strong when bent.
3. It will run you approx. $70-$150+ per rail to anneal 6061-T6 just so that you are able to bend it. 6063-T6 is NOT easy to bend, but responds far better to bending then 6061-T6. At $150+ each, you better be darned sure about your bends.
4. And for the biggest reason for why he recommended 6063-T6 over 6061-T6 is that after you go through all the effort and cash to anneal, bend & heat treat the 6061-T6, it will end up weaker than it was before the process began, effectively making the 6061-T6 equal to or lesser than in strength to the 6063-T6. Once it has been through both heat processes and has been bent, it will never be as strong as it was before. So its a waste of your money to go through the process and have almost the same exact thing as the 6063-T6.
This is just what my welder told me. I'm not stating it to be fact. Calm downKE 336 wrote:RideRed wrote:My welder has been in the aluminum working / welding business for 24 years. He builds sprint cars mostly, but does many other things as well. He said that the only time aluminum needs to be heat treated is after the initial annealing. So in effect, the only time it would need to be heat treated for strength is after its been heated to bend. If that makes sense.
Quick facts from my welder himself:
1. 6061-T6 needs annealed to bend, 6063-T6 does not.
2. 6061-T6 is stronger in a straight line, but not as strong when bent.
3. It will run you approx. $70-$150+ per rail to anneal 6061-T6 just so that you are able to bend it. 6063-T6 is NOT easy to bend, but responds far better to bending then 6061-T6. At $150+ each, you better be darned sure about your bends.
4. And for the biggest reason for why he recommended 6063-T6 over 6061-T6 is that after you go through all the effort and cash to anneal, bend & heat treat the 6061-T6, it will end up weaker than it was before the process began, effectively making the 6061-T6 equal to or lesser than in strength to the 6063-T6. Once it has been through both heat processes and has been bent, it will never be as strong as it was before. So its a waste of your money to go through the process and have almost the same exact thing as the 6063-T6.
Oh shit, here we go with this again. Could you at least change it to "quick OPINION of your welder? Much of what you state is just bull shit!
I say this as a HEAT TREATER of 30 years. 100hp, stick to your plan because you are on the right track.
Thanks for giving an honest and impartial answer to the 6061-T6 love fest. I don't know much about metallurgy shit myself. I just want people to know that there ARE other options out there. I am tired of reading the bullshit some people spew that: 6061-T6 is the STRONGEST therefore BEST, or the ONLY TYPE TO USE, basing that information off of what others say or what they read on a metals spec sheet that they don't even know how to interpret themselves100hp honda wrote:6061 T6 is brittle. i was having a chat with the heat treater and he mentioned something about it being classified as not bendable or something to that affect. obviously it will bend but i think what he meant was its not recomended to be bent while still in the T6 condition. obviously it can snap, and i think some how it also changes the strength properties but thats getting pretty deep for me because i dont know alot about that technical metallurgy shit.
Seems like everyone is using 4.5 or 5.5 radius. I can get a 5.5 for my JD2 bender so I was thinking of trying this as well one of these daysKing of the 500 wrote:Going to try 6063 and 6061 this weekend
What is the radius for an 05 crf 250 frame on the tubes
I see one of you say that you can bend 6061 t6 with out heat?
Is that true?
Cool I will have to give that a try I have 10 feet of each to try.Mik329 wrote:
Seems like everyone is using 4.5 or 5.5 radius. I can get a 5.5 for my JD2 bender so I was thinking of trying this as well one of these days
so how does honda bend them then bob ?AlisoBob wrote:I'll stand by my statement that if the tubing your using will bend in a machine, it will bend when you case a boulder, rock, log, or whack anything else hard and unmoveable.
The OEM lower cradle tubes I retained in my build WILL NOT BEND. Their harder than fuk....I retained them for that reason, cuz I seem to whack shit all the time.
They heat treat the whole frame after all the welding is complete.gregrobo wrote: so how does honda bend them then bob ?