Ceramic impeller shaft made of aluminum oxide and zirconium oxide have significant benefits over similar goods. They are extremely wear-resistant and have very little impact on the surface or substrate of ceramic shaft for impeller pool water pumps, regardless of whether it is exposed to heat, rain, or precipitation. Additionally, corrosion-resistant ceramic rods maintain their color stability under ultraviolet light and meet or exceed international requirements for impact toughness, mechnical strength, and elasticity.

Users Comments: WHY Ceramic Impeller Rod?

"Because, believe it or not ceramic shafts for pool pump will not wear as quickly as stainless steel and has a very high temperature resistance. A metal shaft will get very very hot. I have used a small round alloy stick in the past, it lasted about a week but bought me time until I could get to a shop." - - - Tizer

"Interesting question this! I cant see heat being a problem, its water cooled. lol.as SS use used in many filters (successfully) that one has no legs. But ceramic is low friction and does not corrode. Both mean, with care, the shaft will last far longer than an SS item. It is also, probably, far straighter than SS, and less effected by heat expansion adding further to its reliability." - - - raptorrex

"Ceramic is low friction but running at high speed, in a very small shaft cross-section, hence the neccesity for being very heat tolerant, even though water cooled (water cooling is not that efficient anyway)." - - - nurglespuss

"Ceramic generally has a higher Youngs modulus than stainless steel so will cope better with stresses and strains before actually fracturing, and is fairly cheap and easy to replace, the only friction that will occur is between the impeller, shaft and the magnet at the end with water, so I doubt heat is one of the reasons, as the shaft is held in place using a magnetic field." - - - StandbySetting