Hi Lapaix,
Using an "off the shelf" inner tube as a vibration control device does pose a number of limitations. The wall thickness of the rubber, how the valve and it's reinforcement ring are designed and a number of different parameters are all critical to the ability of the tube to perform successfully. In addition, mass MUST be placed atop the tube which will allow it to achieve a low resonance frequency. The choice of the specific type of mass is very important as is making sure inner tube is inflated with the minimum amount of air pressure required for the load weight and the physical configuration of the tube.
We have found that most "off the shelf" inner tubes to be fairly mediocre and some have been rather poor in performance.
Best,
Barry
Using an "off the shelf" inner tube as a vibration control device does pose a number of limitations. The wall thickness of the rubber, how the valve and it's reinforcement ring are designed and a number of different parameters are all critical to the ability of the tube to perform successfully. In addition, mass MUST be placed atop the tube which will allow it to achieve a low resonance frequency. The choice of the specific type of mass is very important as is making sure inner tube is inflated with the minimum amount of air pressure required for the load weight and the physical configuration of the tube.
We have found that most "off the shelf" inner tubes to be fairly mediocre and some have been rather poor in performance.
Best,
Barry