In today's industrial world, you need solutions that can meet the most complex challenges and are ready to meet higher demands. A more robust, durable and safe working solution. Solutions that are adequate for challenging situations and test environments. Provide solutions that last longer and work tirelessly to ensure higher productivity and efficiency.

We understand the market needs and the degree of challenges you face. Only by understanding these challenges can we propose better and more effective solutions.
  You need tapered roller bearings that can handle high loads.
  Durable and reliable tapered roller bearings
  Tapered roller bearings that won't let you compromise productivity and safety
  Tapered roller bearings that can withstand challenges and extreme conditions

  Low friction
The optimized roller design on the rib and the surface finish of the rib (Figure 2) can promote the formation of a lubricant film, thereby reducing friction. This also reduces the heat generated by friction and flange wear. In addition, the bearing can better maintain the preload and reduce the noise level during operation.

  long lasting
The basic design of the SKF Explorer bearing. The shape of the logarithmic raceway of the cambered raceway optimizes the load distribution along the contact surface, reduces the peak stress at the roller end (Figure 4), and reduces the sensitivity to misalignment and shaft deflection. Regular straight line (Figure 3).
Improve operational reliability
The optimized surface treatment of the roller and raceway contact surface is conducive to the formation of hydrodynamic lubricant film.

  Consistency of roller profile and dimensions
The manufacturing tolerances and dimensional accuracy of the rollers integrated in SKF tapered roller bearings are so precise that they are almost identical. This provides optimal load distribution to reduce noise and vibration levels, and enables more accurate preloading.

  Rigid bearing applications
A single row tapered roller bearing usually needs to be adjusted together with another tapered roller bearing. By applying preload, rigid bearing applications can be achieved.

  Run-in phase of peak temperature drop 
Tapered roller bearings usually have a running-in period, during which conventionally designed tapered roller bearings experience a lot of friction, resulting in wear. This effect is noted as the peak temperature (Figure 1). Under the premise of accurate bearing installation and lubrication, the use of SKF tapered roller bearings can greatly reduce friction, wear and friction heat.

  Separable and interchangeable 
Depending on the design, tapered roller bearings are separable, and parts of the same size bearings can be completely interchanged. For example, single-row tapered roller bearings are separate (Figure 5), that is, the inner ring (conical inner ring) with roller and cage assembly can be installed separately from the outer ring (conical outer ring). This facilitates installation, disassembly and maintenance inspection procedures.
You need tapered roller bearings that can handle high loads.