And this test is beyond meaningless.It tells me it inhibits combustion. I want no part of an oil that does that, as it opens up a can of worms.
And why bother with it when there are much better oils for a saw application.
And this test is beyond meaningless.It tells me it inhibits combustion. I want no part of an oil that does that, as it opens up a can of worms.
And why bother with it when there are much better oils for a saw application.
I have a feeling that if alota these guys opt for the 50to1 you will be rebuilding alot more bottomends!! Lol!!You're wasting your time young man.
More oil has been proven to make more power in tests that are far more scientific than anything you are doing here.
Doesnt all oil inhibit combustion? The tech at Maxima did tell me the lower flashpoints will ignite more readily and produce a tad more energy but im sure he is pushing their productIt tells me it inhibits combustion. I want no part of an oil that does that, as it opens up a can of worms.
And why bother with it when there are much better oils for a saw application.
just asking a question here. do you think you put enough time on any one of your saws to get them to that point? also, all of your toys are heavily ported, they run faster and hotter, therefore you would not see the buildup a firewood cutter does with a stock saw.I don't understand this talk of oily and gooey mufflers. When tuned correctly, I simply haven't found this to be an issue.
It tells me it inhibits combustion. I want no part of an oil that does that, as it opens up a can of worms.
And why bother with it when there are much better oils for a saw application.
I agree. Ive had 0 issues with motul 800 and h1r . Oily residue on all internals is very good especially when it burns cleanly and alil oil on the outside is a small price to pay.Maybe you're jumping to conclusions, like many others are.
Simply not true! I have never seen anyone start up a saw at the pump station, then you might be correct but also highly probably arrested also. All others refuel their gas jug, dump in the oil and throw the mix container into the car and drive to whereever they are cutting their wood. During that drive there are enough movements inside the jug to ensure proper mixing! And what should hinder a mineral oil product from mixing with another mineral/full synthetic oil product?!No, no.. You got it backwards. First oil, then pump the gas in. Mixes better that way.
It wasn't a little, it was all up under the top cover, running down the front of the muffler and on to the case on my 550, 562, and on 201T it just all over inside and outside the clutch cover.I agree. Ive had 0 issues with motul 800 and h1r . Oily residue on all internals is very good especially when it burns cleanly and alil oil on the outside is a small price to pay.
No.Doesnt all oil inhibit combustion? The tech at Maxima did tell me the lower flashpoints will ignite more readily and produce a tad more energy but im sure he is pushing their product
I run my 562 at 32:1 and have since new. The muffler is bone dry.It wasn't a little, it was all up under the top cover, running down the front of the muffler and on to the case on my 550, 562, and on 201T it just all over inside and outside the clutch cover.
Motul 800 Road Racing?I run my 562 at 32:1 and have since new. The muffler is bone dry.
Perhaps, but I have seen the same thing you have observed over several different applications. And given the fact it isn't that clean why bother with it.Maybe you're jumping to conclusions, like many others are.
No, I wouldn't run that oil in a saw.Motul 800 Road Racing?
Thats what i was saying. Lucas @ 32:1 was very clean and slighly wet inside the muffler, the 800 @ 40:1 made a mess.No, I wouldn't run that oil in a saw.
I have run 800 and have had spotless combustion chambers .............. including plugs. The 800 actually reduced the deposits on the piston that were there from Echo 2 cycle synthetic800 is full of zinc. Zinc will foul plugs and cause piston crown and exhaust port deposits. The crown deposits will also contribute to pre ignition.
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