SpecificationBrand : FUSHIBEARING
BulletPoint1 : Yoke Type Track Rollers are designed for running on all types of tracks and are perfect for cam drives, conveyor systems, and more. Featuring a thick-walled outer ring, they're able to handle high
BulletPoint2 : The outer ring running surface is crowned, making these bearings ideal for applications where there may be angular misalignment relative to the track or where edge stresses need to be minimized.
BulletPoint3 : With the exception of single row cam rollers, Yoke Type Track Rollers are also available with a cylindrical (flat) outer ring running surface.
BulletPoint4 : Our bearing measures 25*52*25*24mm and comes as a single piece, with the model number NUTR1538.
BulletPoint5 : Trust our Yoke Type Track Rollers to provide reliable, efficient performance in a variety of applications.
ExternallyAssignedProductIdentifier : 6440891416582
IncludedComponents : no
ItemName : NUTR25 (25x52x25x24 mm) Roller Followers Bearings Yoke Type Track Rollers 1PC
ItemTypeKeyword : track-runner-bearings
Manufacturer : FUSHIBEARING
NumberOfItems : 1
PartNumber : NUTR25
ProductDescription :
Introducing our high-quality bearing, designed for top performance on any type of track. The Yoke Type Track Rollers are specially crafted for use in cam drives, conveyor systems, and more. Thanks to their thick-walled outer ring, these bearings are able to handle heavy radial loads with ease, reducing distortion and bending stresses for added durability. That's not all—a crowned outer ring surface comes as standard, making these bearings perfect for applications where angular misalignment relative to the track may occur. This feature also helps to minimize edge stresses, for even better performance. And if you're looking for even more versatility, our Yoke Type Track Rollers can be customized with a cylindrical (flat) outer ring running surface. When you choose our bearing, you're choosing quality, durability, and top-notch performance. Don't settle for less—order yours today!
ProductSiteLaunchDate : 2023-03-28T06:31:10.941Z