Without coolant the metals in the engine will eat each other so there is no drama. Coolant is king. Edited above to provide extra info.
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I wanted to get to the real Tee(tea) debate but my message got deleted. It must of been some cross Atlantic discrimination.
I wanted to get to the real Tee(tea) debate but my message got deleted. It must of been some cross Atlantic discrimination.
^^ They look like what Toyota should of used in the first place. Problem solved.
I went the 4 season galvanized version for the LX. Better and safer than copper?
from the top is a noble metal like Cu from the side that is the metal that Cu will destroy . If you even seen cooper roofs on the building it is shiny at first and then over a short time it will build this green oxidation this green (slime) will kill Aluminium and other metals. well if you like cooper T then so be it.
The look good, problem solved... I'm waiting for mine to arrive sometime in the New Year...
They look like zinc electroplated pieces of steel. When I think galvanized I think of hot dipped steel....
At any rate it ended up being a $12 per T fix instead of a $1 fix... OK, I can live with that...
What of your old LX & the friend whose engine is going to corrode away???
So does that mean galvanized is approved in this discussion?
What base material are those metal Ts?
Maybe the recipie for avoiding corrosion damage is more frequent coolant changes regardless of LL or SLL properties. (30-50k 3-5yrs including Toyota Ts) 100k as the benchmark for the first coolant change is too high. That has to be the outer limit of useful life of coolant, but I suspect it lost its beneficial corrosion protection properties earlier maybe at 60-75k. As coolant ages chemical composition changes along with its corrosion inhibiting properties, which is when weaker components start to sacrafice- like you see above.