RHEON™ Anti-Vibration Solutions

RHEON™’s ultra-high shock absorbing qualities effectively manage unwanted vibrations – reducing vibrational peaks and quickly dissipating vibrational energy.

We use Constrained-Layer Damping (CLD), where ultra-thin layers of RHEON™ are sandwiched within composite structures. Vibration activates the polymers energy absorption properties.

The technology can be applied across a huge range of industries from sports equipment and consumer electronics to automotive,rail, power tooling and aerospace!

RHEON™ in rackets 

In rackets RHEON™ reduces vibrational peaks through the hand and arm, rapidly damping vibrational energy and reducing discomfort and distraction during play.

In 2025 we partnered with Macron on range of padels. Tests carried out by the University of Bologna on the new rackets showed that the inclusion of RHEON™ showed:

23% reduction in the intensity of vibrations transmitted to the player

30% faster damping of vibrations compared to ordinary rackets

This innovation represents the perfect combination of high performance and player protection.

Shock absorption and audio reduction

As well as in rackets, we can apply this to a huge range of sports equipment to dramatically reduce unwanted vibrations.

In golf – when you strike the ball, the impact generates harsh vibrations that travel through the club – vibrations you hear as that sharp “ping”.

The addition of RHEON™ transforms the acoustic from a tinny, hollow sound into a muted, controlled tone. The result is a club with a quieter, more refined sound that doesn’t distract from play.

In cycling, unwanted vibrations from bumpy or uneven terrain travel through the handlebars, seat, and frame to the rider, causing progressive muscle fatigue that impacts both performance and comfort. By integrating RHEON™ into key areas, we can absorb and dampen the repetitive shocks that accumulate over long rides.

This allows riders to maintain better control and precision when navigating challenging terrain,  enhancing endurance and reduced post-ride fatigue.

Outside of sports, we can apply the technology across applications like automotive – reducing the ‘slam’ of a car door – and manufacturing, where it can dampen the harsh, repetitive vibrations of production machinery to improve both worker comfort and operational precision.