Hi Ernie,
I thought you had fallen off the edge(flat earth joke).
Neuance dissipates energy bi-directionally by internally converting those energies into heat within its core.In order to most effectively transfer the vibrations one needs to have a relatively high contact pressure at the point of entry(not so high as to deform the structure of pierce the shell tho).By placing the cone/spike points directly against the Neuance surface laminate,the transfer is more complete and driven deeper into the absorption elements rather than rebounding/reflecting off of the boundary layers of its laminated shell structure and back towards the vibration source.
Using the broad side of a cone device spreads the load over a broad surface area and is less effective except in the instance where one has very heavy components approaching the maximum load rating.
A side issue to consider is that every material in the isolation/support chain has its own particular sonic/resonant signature.Every time something is placed between the component and the floor ,the levels above will be doing their filtering off of the resonant signature of the material below and leaving its own mark upon the presentation as a result.Footer devices are generally redundant when using Neuance and are best used to fine tune for specific taste requirements or system/environmental circumstances.
Best,
Ken
GreaterRanges/Neuance
I thought you had fallen off the edge(flat earth joke).
Neuance dissipates energy bi-directionally by internally converting those energies into heat within its core.In order to most effectively transfer the vibrations one needs to have a relatively high contact pressure at the point of entry(not so high as to deform the structure of pierce the shell tho).By placing the cone/spike points directly against the Neuance surface laminate,the transfer is more complete and driven deeper into the absorption elements rather than rebounding/reflecting off of the boundary layers of its laminated shell structure and back towards the vibration source.
Using the broad side of a cone device spreads the load over a broad surface area and is less effective except in the instance where one has very heavy components approaching the maximum load rating.
A side issue to consider is that every material in the isolation/support chain has its own particular sonic/resonant signature.Every time something is placed between the component and the floor ,the levels above will be doing their filtering off of the resonant signature of the material below and leaving its own mark upon the presentation as a result.Footer devices are generally redundant when using Neuance and are best used to fine tune for specific taste requirements or system/environmental circumstances.
Best,
Ken
GreaterRanges/Neuance