8 Skateboard Stainless Ceramic Bearing Si3N4:Sealed:ABEC-5
	Part Number: Kit7809 Our Low Price: $45 Shipping Weight: 0.25 pounds
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Skateboard Bearings S608-2RS Ball Bearing 8 Bearings 8x22x7 mm Sealed Bearings S608-2RS

S608-2RS Bearing, categorized as low friction 8mm axle skate bearing, works in skateboards, longboards, inline skates, rollerblades and roller hockey, double sealed, radial, deep groove ball bearings, S608-2RS bearings are made of Stainless Steel with Si3N4 Ceramic (Silicon Nitride) balls, S608-2RS bearing are closed with rubber seals to protect the bearing from dust or any possible contamination, the S608-2RS inner diameter is 8mm, the S608-2RS outer diameter is 22mm and the S608-2RS width is 7mm, ABEC-5 quality to ensure high speeds. Name: S608-2RS Skateboard Bearings ball bearing Item: Double Sealed Ball Bearings Dimensions: 8*22*7 mm/Metric ID (inner diameter)/Bore=8mm OD (outer diameter)=22mm Width/Height/thickness=7mm S608-2RS Size: 8mm x 22mm x 7mm Ball Bearings Inner Diameter (ID): 8mm Outer Diameter (OD): 22mm Width/Height/Bridth (W/H/B): 7mm S608-2RS Quality: ABEC-5 Type: Deep groove radial ball bearings S608-2RS Material: Stainless Steel Grade 440C Balls: Si3N4 Ceramic (Silicon Nitride) S608-2RS Closures: Double sealed with rubber seals RS/RS1/2RS1 Quantity: 8 Bearings S608-2RS Radial Clearance: C3 Equivalents: S608-2RS and S608-2RS Bearings

VXB Category: 8mm Skate Bearings

VXB Category: Hybrid ceramic bearings

Ball Bearings

Ball Bearings main function is to minimize the friction caused by any relative movement of two or more objects, in order to reach the maximum efficiency of energy usage, we aim to minimize the "converted to heat" energy by using Ball Bearings.
A great variety of Ball Bearings types and Ball Bearings designs are known, the manifolds of the ball bearings is justified by their various purpose of the ball bearings needed application, each type of ball bearings has a certain characteristic technical properties, rolling ball bearings have the following advantages compared with the plain bearings:

• Low starting moment.
• Low friction at all speeds.
• Low energy consumption.
• High reliability.
• Small width.
• Low consumption of lubricant.
• Long relubrication intervals.
• Easy to mount and dismount.
• Standardized dimensions.