Includes: 4 Pcs L44649/L44610 Bearings,2 Pcs 12192TB Seal, 2 Pcs Cotter Pin and 2 Pcs Dust Cover. Performance: Cone (inner ring assembly) and cup (outer ring) combine to form a complete single tapered roller bearing. Advantage: Rotating quiet and high speed, high quality chrome steel bearings are rugged and durable.Stamped steel cage evenly spaces rollers for reduced friction, vibration, and noise. Bearing- 100% dimensional tolerance, noise and vibration inspection, for optimal installation and performance. Fits for: Trailer axle hub wheel for 1-1/16'', Perfect for those on the road repairs!Applied to automobiles, mills, mines, metallurgy, plastic machinery and other industries.

FUSHIBEARING Tapered Roller Bearing

Specifications: 

Cage and its materials: J steel plate stamping.

Includes: 

4 Pieces L-44649 Bearings 1-1/16 Inch Inside Dimension,

4 Pieces L-44610 Bearings 1.98 Inch Outside Dimension

2 Pieces 12192TB Seal

2 Pieces Cotter Pin

2 Pieces Dust Cover

Size:

L-44649 Bearings - 1-1/16 Inch Inside Dimension 

L-44610 Bearings - 1.98 Inch Outside Dimension

Weight: 600 g

Advantages:

1. The use of high-quality high-quality bearing billet, so that the bearing life can be extended by 80 percent.

2. The grease and lubrication technology can extend the bearing life and improve the bearing performance.

3. With uniform hardness and wear resistance, high temperature resistance, long service life.

4. At the time of operation, the speed is uniform, coordination with machinery, improve efficiency.

Applied to automobiles, mills, mines, metallurgy, plastic machinery and other industries.

What is a conical roller bearing?

The conical roller bearing belongs to the separation bearing, and the inner and outer rings of the bearing have a 

tapered raceway. The number of rollers fitted by these bearings is a series of different structural types such as 

single-column, double-row and four-row conical roller bearings. Single-row conical roller bearings can withstand 

radial and one-way axial loads. When the bearing is subjected to radial load, an axial force is generated, so when 

another bearing that can withstand the axial force in the opposite direction is required to balance it.