Description
Sylomer® Acoustic Isolation Pads
For machines:
Sylomer® acoustic isolation pads have an overall block size of 300x300mm however, each mini-pad is 50x50mm.
The load per piece is for each 50x50mm mini-pad which allows for a wide range of applications.
PLEASE NOTE: this product is designed so the 50x50mm cut pieces can be chosen and used under suitable loadings. It is NOT designed to be used as a whole complete single 300x300mm isolation pad in its entirety.
Therefore care should be taken to ensure that the load is uniform across the surface of the pads.
To accomplish this it may be necessary to use a piece of metal or timber to spread a UDL across the entirety of the pad.
For studio flooring:
Sylomer® acoustic isolation pads are also suitable for recording studio floating floors (subject to correct loadings).
For areas where there is significantly more static loading then either more pads need to be used or a higher grade pad needs to be used.
They would normally be used beneath timber battens or metal shuttering if it is to be a very high mass floor.
Benefits
- Great isolation: Thanks to the anti-vibration characteristics of Sylomer®, low natural frequencies are assured, so that optimum isolation values are achieved.
- Chemical resistance: Remains stable under the interaction of most chemical agents such as oils, grease, solvents, petrol, etc.
- Durability: Mechanical proprieties remain intact along the years, no maintenance is necessary.
- Versatility: Suitable for most machines such as chillers, compressors, diesel generators, HVAC units, lathes, presses, saws, etc.
- Simple and easy installation: Easy to cut the required pieces, it is suitable to most kind of machinery and supports.
Options
Type | Load per individual 50mm pad | Thickness | Natural Freq. Hz |
SPAD 110 | 20kg | 12.5mm | 20.1 |
SPAD 110 | 20kg | 25mm | 13.7 |
SPAD 220 | 40kg | 12.5mm | 17.4 |
SPAD 220 | 40kg | 25mm | 11.4 |
SPAD 450 | 80kg | 12.5mm | 16.1 |
SPAD 450 | 80kg | 25mm | 10.6 |
We have a couple of blog help articles that provide some further information on vibration isolation. They can be read from the links below:
Vibration Natural Frequency Explained