Taking apart a Maggie
#14
Powdercoating requires curing in an oven. The curing process (heat) can warp the metal. Thus the reason the are machined after powdercoating, to place a flat surface on mating parts. Therefore you run the risk of warping the metal and loosing the engineered tolerances.
I thought you had this for sale?
I thought you had this for sale?
#19
I was looking at the internal heat exhanger and it looks to be sealed to the manifold. I wouldnt mess with that thing unless you knew you could reseal it back to the mani. And I know mine has at least 27k on it and the rotors looked to have no defects at all as far as coating goes.
#20
I cracked mine open today. I was doing it really slow so I could take note of were everything came from. Once I took the bolts out the nose. I used a rubber mallet and a platic punch to crack the nose lose. Once the nose was off it puked every were. Then I used a plastic wedge to pry the last plate off. Once it was lose I slowly backed it out since the rotors were connected to the plate.
I was looking at the internal heat exhanger and it looks to be sealed to the manifold. I wouldnt mess with that thing unless you knew you could reseal it back to the mani. And I know mine has at least 27k on it and the rotors looked to have no defects at all as far as coating goes.
I was looking at the internal heat exhanger and it looks to be sealed to the manifold. I wouldnt mess with that thing unless you knew you could reseal it back to the mani. And I know mine has at least 27k on it and the rotors looked to have no defects at all as far as coating goes.



