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NPG CERAMIC Bearings will make your friends white with fear when you’re racing them down the mountain! Ceramic balls are lighter, stiffer, smoother and naturally corrosion resistant. This means we can use a lower viscosity lubricant which makes them fast right out of the tube.
The machined precision 8mm axle holes fit snug on the axle reducing slop. The Ceramic bearings have white rubber inner and outer seals to keep dirt, debris, and thane out of the bearings.
The bearings are pre-lubricated with Archoil Nanoceramic Grease which is a long-lasting grease that will break in after a session or two. The grease that NPG uses helps eliminate friction over time and reduces corrosion on the inside of the bearings.
The unique feature of our lubricant is how the nanoceramic compound fills in deformations or asperities in the bearing. These deformations cause friction and heat around them which hardens the nano-ceramic compound to that specific area.
This micro coating is 5 times the hardness of the host alloy and has a molecular bond with the host metal, filling in all the asperities and eliminating friction over time.
Extremely low water washout. Corrosion on the inside of the bearing is nearly eliminated.
NPG CERAMIC Bearings will make your friends white with fear when you’re racing them down the mountain! Ceramic balls are lighter, stiffer, smoother and naturally corrosion resistant. This means we can use a lower viscosity lubricant which makes them fast right out of the tube.
The machined precision 8mm axle holes fit snug on the axle reducing slop. The Ceramic bearings have white rubber inner and outer seals to keep dirt, debris, and thane out of the bearings.
The bearings are pre-lubricated with Archoil Nanoceramic Grease which is a long-lasting grease that will break in after a session or two. The grease that NPG uses helps eliminate friction over time and reduces corrosion on the inside of the bearings.
The unique feature of our lubricant is how the nanoceramic compound fills in deformations or asperities in the bearing. These deformations cause friction and heat around them which hardens the nano-ceramic compound to that specific area.
This micro coating is 5 times the hardness of the host alloy and has a molecular bond with the host metal, filling in all the asperities and eliminating friction over time.
Extremely low water washout. Corrosion on the inside of the bearing is nearly eliminated.
