Trx250r180
Saw polisher
I have been having a hard time getting a 4th gear plug chop reading with my saw ,this could be why .
yes all oil is equal blah blah blah. we shall see!
new list
2r
h1r
r50
800 off road
k2
dumonde tech
I don't remember ever saying all oils are the same.
OK... so wouldn't running a fuel with more oil than needed to accomplish this exchange be the same as changing the oil in your vehicle every 100 miles... or 50 miles??Oil needs to be exchanged. ...the down side of lean mix ratios like 50:1 is the lack of oil exchange. Think of it like running your vehicle for a year without changing the oil.
For starters you can't compare a 4 cycle to a two cycle...OK... so wouldn't running a fuel with more oil than needed to accomplish this exchange be the same as changing the oil in your vehicle every 100 miles... or 50 miles??
Wouldn't that be horribly inefficient and wasteful??
For that matter... I thought one of the advantages of synthetic oil was you could go much longer between oil changes??
So, along that line, you shouldn't need to "exchange" the oil as rapidly in a 2-stroke, meaning a 50:1 synthetic should just the ticket (shrug)
*
I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio. You're free to run what you want.essentially you are, if you say you gotta run 32:1.
Ok i'm mixing fuel for tomorrow....Yamalube 2R, whats the magic ratio for tomorrow?
That was yesterday and today's40:1
Any of these oils that won't run clean at 32:1 are not right for the application or are garbage.I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio. You're free to run what you want.
The point of running synthetic oil has little to with extended change intervals, as you still have the same amount of contamination. Synthetic oils are more stable, and have a wider viscosity range. Thinner oils that maintain film strength also improves fuel economy.
I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio. You're free to run what you want.
The point of running synthetic oil has little to with extended change intervals, as you still have the same amount of contamination. Synthetic oils are more stable, and have a wider viscosity range. Thinner oils that maintain film strength also improves fuel economy.
Are these the following questions we're trying to conclude:And here in lies the fundamental differences between us...
You and bwalker say: "I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio."
My stance is: That simply doesn't make mathematical sense.
800 and H1R and R50 - given their make up of basically 85-90% ester + 10-15% additives
vs
say the likes of k2 & 2R - which have at least 10% solvent/carrier fluids which have NO lubricating properties at all !
You simply can not run both groups at the same ratio and expect the same performance.
k2 & 2r: 10% of the bottle...of what you pour into the gas IS NOT providing any lubrication at all.
BUT I am not saying there is a major difference in ratio given the 10%.
If you want to run 2r and k2 at 32:1 then the likes of 800 h1r r50 would be run at 36:1 to be apples to apples.
Yall got this all wrong!! 41:1That was yesterday and today's
If an oil won't run good at 32:1, 36:1 won't matter.And here in lies the fundamental differences between us...
You and bwalker say: "I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio."
My stance is: That simply doesn't make mathematical sense.
800 and H1R and R50 - given their make up of basically 85-90% ester + 10-15% additives
vs
say the likes of k2 & 2R - which have at least 10% solvent/carrier fluids which have NO lubricating properties at all !
You simply can not run both groups at the same ratio and expect the same performance.
k2 & 2r: 10% of the bottle...of what you pour into the gas IS NOT providing any lubrication at all.
BUT I am not saying there is a major difference in ratio given the 10%.
If you want to run 2r and k2 at 32:1 then the likes of 800 h1r r50 would be run at 36:1 to be apples to apples.
Have you read any of the information in the links I've previously provided? It appears not.And here in lies the fundamental differences between us...
You and bwalker say: "I prefer to run 32:1 and won't run an oil that can't be ran effectively at that ratio."
My stance is: That simply doesn't make mathematical sense.
800 and H1R and R50 - given their make up of basically 85-90% ester + 10-15% additives
vs
say the likes of k2 & 2R - which have at least 10% solvent/carrier fluids which have NO lubricating properties at all !
You simply can not run both groups at the same ratio and expect the same performance.
k2 & 2r: 10% of the bottle...of what you pour into the gas IS NOT providing any lubrication at all.
BUT I am not saying there is a major difference in ratio given the 10%.
If you want to run 2r and k2 at 32:1 then the likes of 800 h1r r50 would be run at 36:1 to be apples to apples.
That sounds like a real idea. The rest of this crap is gettin ridiculousLet's set up a test log and mill with one or several different ones at 50:1, 60:1 and up and see if they'll make a single cut, half cut, 5 cuts, etc. 12x12 block of hardwood and maybe some earthquakes since they're cheap.
If an oil won't run good at 32:1, 36:1 won't matter.
And for the millionth time..forget about solvents! The worst thing that happened was you finding msds sheets...
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