Description
Sylomer® Acoustic Isolation Pads
Sylomer® acoustic isolation pads are anti-vibration blocks made of 300x300mm sheets broken into 50x50mm mini-pads, designed to be cut and placed under machinery or studio floors under uniform weight.
How to Use Them Correctly
- Cut into mini-pads: Each sheet contains 50x50mm mini-pads. Always cut and use these smaller pieces separately based on your weight needs.
- Do not use whole pads: Never use the full 300x300mm block as a single piece.
- Spread the weight: The weight must be even across the pad. Use a piece of metal or timber to create a Uniformly Distributed Load (UDL)—meaning weight spread evenly across the whole surface.
Where to Use Them
- Machinery: Good for chillers, air compressors, diesel generators, HVAC units (heating and cooling systems), lathes, presses, and saws.
- Studio Floors: Good for recording studio floating floors if you match the correct weight load. Heavy static weight needs more pads or a stronger grade of pad. They go under timber floor joists or metal frames.
- Drum Platforms: Not recommended for a basic DIY drum riser unless the platform is extremely thick and very heavy.
The more common pads suitable for this are our Drum Isolation Pads here
Key benefits
- Great isolation: Reduces vibrations and keeps natural frequencies low for best sound and movement reduction.
- Chemical resistance: Does not break down when exposed to oil, grease, solvents, or petrol.
- Long life: Lasts for years with zero maintenance needed.
- Easy to install: Simple to cut with basic tools to fit your specific setup.
Technical Drawing
Options
| Type | Load per 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 |
| SPAD 850 | 120kg | 12.5mm | 17.7 |
| SPAD 850 | 120kg | 25mm | 10.9 |
| SPAD 1200 | 160kg | 12.5mm | 17.3 |
| SPAD 1200 | 160kg | 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






