Clamping Elements
Clamping Elements offer a compact and economical solution for creating reliable, keyless shaft-hub connections. Based on proven friction-locking technology, they provide wear-free and maintenance-free operation while requiring minimal installation space. By eliminating keyways, they preserve the mechanical strength of the shaft and ensure precise concentricity throughout the service life of the assembly.
Each clamping element consists of an inner and an outer tapered ring. As the assembly is tightened, these rings generate uniform radial clamping forces between the shaft and the hub, creating a secure frictional connection. The RfN 8006 series is available in both solid (non-split) and split versions. Solid designs provide maximum rigidity and torque transmission, while split versions offer lower clamping forces, making them suitable for more delicate or lower-strength hub materials.
As the official Hungarian partner, BIBUS Kft. assists customers in selecting the optimal clamping element based on torque, axial load, shaft dimensions and installation requirements, ensuring reliable long-term performance and easy integration into industrial machinery.
Key Features
✔ Compact design
✔ Backlash-free shaft-hub connection
✔ Keyless mounting
✔ Wear-free operation
✔ Maintenance-free design
✔ Inner and outer tapered rings
✔ Split and solid versions
✔ Suitable for small and medium torque
✔ Transmits axial forces
✔ Engineering support from BIBUS Kft.
Why Choose Clamping Elements?
✔ Space-saving solution
✔ Quick installation and removal
✔ Accurate shaft centering
✔ Reliable frictional connection
✔ Long service life
✔ Cost-effective design
What Problems Do They Solve?
✔ Replacing keyed joints
✔ Limited installation space
✔ Small and medium torque transmission
✔ Axial load transmission
✔ Fast assembly requirements
✔ Precision mechanical design
How Can We Help?
Our engineers support you with:
- clamping element selection
- shaft-hub sizing
- torque and axial load calculations
- installation design
- replacement of existing solutions
- mechanical system optimization
