ACE SLAB damping plates provide an effective, maintenance-free solution for absorbing impact energy, reducing vibration, and minimizing structure-borne noise across large contact surfaces. Manufactured from a specially developed viscoelastic polyurethane elastomer (PUR), SLAB damping plates offer excellent energy absorption and shock attenuation for a wide range of industrial applications.
As the official Hungarian partner of ACE Controls, BIBUS Kft. offers ACE SLAB damping plates for machine building, automation systems, material handling equipment, logistics, heavy-duty machinery, and industrial installations. Their unique material composition ensures progressive damping characteristics, low rebound, and long service life without requiring maintenance.
ACE SLAB damping plates are available in three material grades (SL-030, SL-100, and SL-300) with densities ranging from 270 to 800 kg/m³. They are suitable for impact velocities of up to 5 m/s, offer energy absorption from 2.3 to 150 Nm, and are available in 12.5 mm and 25 mm thicknesses, either as rolls or custom-cut parts.
Whether you need to reduce impact loads, protect machine structures, minimize vibration and noise, or replace conventional damping solutions, BIBUS Kft. provides expert engineering support to help you select the optimal ACE SLAB damping plate for your application.
✔ Large-area impact absorption
✔ Maintenance-free operation
✔ Excellent vibration and noise reduction
✔ Low rebound characteristics
ACE SLAB Damping Plates in Our Webshop
✔ Absorb impact energy over large surfaces
✔ Reduce structure-borne vibration
✔ Minimize impact noise
✔ Protect machinery and structures
✔ Reduce maintenance requirements
✔ Improve equipment reliability
Whether you are designing new machinery or upgrading an existing installation, our specialists will help you select the most suitable ACE SLAB damping plate for your application.
Not sure which SLAB damping plate is right for your application?
Send us your application details, and our specialists will recommend the optimal ACE solution.