SYLODYN
Sylodyn® is the next stage in the evolution of the proven Sylomer®
material and boasts a higher degree of dynamic stiffness paired with significantly reduced internal damping. The material is a great fit for any application requiring precise vibration isolation in combination with a high load, such as on high-speed railway lines or with highly sensitive technical equipment. In addition to its high dynamic load capacity, the closed cellular structure of Sylodyn® means it does not absorb any water – a critical factor when it comes to vibration-isolated bedding of building foundations.
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- Pronounced spring characteristics
- Closed cellular pore structure
- Suitable for very high loads
- High dynamic load capacity
- Static range of use for standard types from 0.075 N/mm2 to 1.5 N/mm2, special types to 12 N/mm2
- Load peaks up to 24 N/mm2
- Very low amplitude dependence
- Low creep tendency
- Stiffening factor (Cdyn/Cstat) from 1.15 to 1.40
- Proven long-term behaviour
- Fatigue strength
- Finely graded range (8 standard types) for optimum system design
- Ability to provide customer-specific modifications
Sylodyn® is maintenance-free after installation.
The material retains its elastic and damping properties over the entire service life without the need for adjustment or replacement.
When properly installed within the construction, it is protected from environmental influences and mechanical wear.
Benefits
Provides highly effective vibration isolation and structure-borne noise reduction.
Maintains stable mechanical and acoustic performance under long-term static and dynamic loads.
Wide load range allows precise adaptation to different applications.
Durable polyurethane material with no brittleness or loss of elasticity over time.
Resistant to aging, moisture, oils, and environmental influences.
How It Works (The Simple Science)
The video explains vibration mitigation in timber construction using elastic materials such as Sylomer®.
It shows how vibrations are transmitted through wooden structures and how elastic layers are used to decouple elements like beams and floors, reducing structure-borne noise and improving acoustic performance.
It shows how vibrations are transmitted through wooden structures and how elastic layers are used to decouple elements like beams and floors, reducing structure-borne noise and improving acoustic performance.
Vibration mitigation for timber construction EN
Showcase how Sylomer and Sylodyn can be used for timber construction.
Downloads
Contact us
We're happy to help. If you have any questions or would like more information about your project, please contact us.
+372 5696 5281
info@stopnoise.ee
info@stopnoise.ee
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