Wes Craiglow
Member
'01 Taco...
I was out wheeling last weekend and caught a fallen tree branch with my CV boot. The boot fared well, but the CV boot clamp was bent beyond repair and the boot itself was pushed off of the outer axle seal bell housing. This allowed the CV joint to dump the majority of its grease out on the ground.
I zip-tied the boot back to the housing and slowly hobbled to the nearest town, avoiding mud/water as much as poss. This was the best "CV joint grease" alternative their local AutoZone could offer me at the time. I filled the CV boot with the entire package, and then slipped a 4" hose clamp over the boot. Fast forward almost one week...
The clamp is super-secure, and not a bit of grease has oozed by. Score.
However, I know little-to-nothing about petroleum viscosities. What if I leave this wheel bearing grease in the CV joint as primary lube? What is the difference b/t it and true CV grease? Thicker, thinner, temp breakdown, etc?
Thanks for your thoughts on this matter.
I was out wheeling last weekend and caught a fallen tree branch with my CV boot. The boot fared well, but the CV boot clamp was bent beyond repair and the boot itself was pushed off of the outer axle seal bell housing. This allowed the CV joint to dump the majority of its grease out on the ground.
I zip-tied the boot back to the housing and slowly hobbled to the nearest town, avoiding mud/water as much as poss. This was the best "CV joint grease" alternative their local AutoZone could offer me at the time. I filled the CV boot with the entire package, and then slipped a 4" hose clamp over the boot. Fast forward almost one week...
The clamp is super-secure, and not a bit of grease has oozed by. Score.
However, I know little-to-nothing about petroleum viscosities. What if I leave this wheel bearing grease in the CV joint as primary lube? What is the difference b/t it and true CV grease? Thicker, thinner, temp breakdown, etc?
Thanks for your thoughts on this matter.