Not sure it's quite correct to say maple dissipates vibration, although It could in part. The main advantage of a maple board is to provide stiffness against low frequency vibration coming from the floor. Supporting the component as well as the maple board with competent cones improves the effectiveness of the maple board. Cone materials ranked in terms of sonics: ceramics, aluminum, steel, brass.
Use of footers on maple platforms
I know this has been discussed elsewhere, therefore I will try to be specific with my question.
A Maple shelf is thought to dissipate vibration from component resting on it. Would not isolation feet/dampeners inhibit this? Does the replacement of the original feet on a component with cones benefit the dissipation from the component?
I have just replaced the plywood selves of my rack with 2" maple ones. Was using vibrapod footers with the plywood shelves. Currently not with the maple.
A Maple shelf is thought to dissipate vibration from component resting on it. Would not isolation feet/dampeners inhibit this? Does the replacement of the original feet on a component with cones benefit the dissipation from the component?
I have just replaced the plywood selves of my rack with 2" maple ones. Was using vibrapod footers with the plywood shelves. Currently not with the maple.
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- 10 posts total
- 10 posts total