Damping pads Slab

When there is a need to absorb impacts over a larger, custom-shaped surface area, ACE’s damping pads from the Slab series provide an excellent solution. They are ideal for cushioning products such as timber or metal pipes that fall against a stop or wall, or in production lines where finished products roll or slide against barriers. The series is available in any size, customized to customer specifications, either cut from a sheet or manufactured as a specially designed molded part. These pads can absorb static loads ranging from 3 to 30 N/cm². The standard thickness ranges between 12.5 and 25 mm, and various surface treatments are available to suit different applications. They are designed to withstand temperatures from -5 to +50 degrees Celsius.

Versatile and tailored for your needs

The ACE Slab damping pads can be precisely tailored to fit your specific requirements, whether by cutting to size or by ordering a custom-molded shape. Their adaptability makes them suitable for a broad spectrum of industrial uses where large surface area impact absorption is needed. Thanks to the availability of different coatings and surface finishes, these pads can be used in diverse environments while maintaining durability and performance. Their ability to absorb static loads efficiently helps protect machinery, materials, and surfaces from damage caused by repeated impacts or constant pressure.

Durability and easy installation

Installation of Slab damping pads is straightforward, typically done using adhesives for a secure and permanent fit. The pads are designed for long-lasting performance in moderate temperature ranges (-5 to +50 °C), making them well-suited for many indoor and outdoor applications. Their robust material composition ensures they provide reliable cushioning, reduce vibration, and extend the life of equipment or handled materials. Whether you need to reduce noise, minimize impact damage, or control oscillations across a wide surface, the Slab series offers a cost-effective and durable solution.