Vibration Damping Concrete Foundations

Vibration damping for floor foundations and machine foundations

These vibration-damping, highly durable panels are made from a high-density blend of recycled rubber, processed using pressure and heat. A waterproof, tear-resistant textile coating on one side provides additional protection and longevity. The standard dimensions of the panels are 1 meter long and 1 meter wide, making them ideal for use under screed, floating concrete slabs, or as foundation insulation.

Applications of vibration damping material for foundations and screed

• Sound insulation under inertial loads; vibration protection for building foundations
• Use in structural bearings and for the foundations of tall buildings
• Vibration damping under screed, also used as impact sound insulation under floating screeds
• Anti-vibration mat directly under heavy industrial machines (e.g., stamping machines or forging hammers), for machines in HVAC systems (heating, ventilation, air conditioning) or entire industrial plants
• Vibration isolation under machine foundations in buildings
• Production of floating substrates with anti-vibration elements
• Sound and vibration insulation for underfloor heating systems
• Sound insulation, impact insulation and vibration isolation in training and conference centers
• Vibration isolation under reinforced concrete floors
• Use of vibration damping material in renovation projects of historic buildings
• Improving the acoustic quality of wooden floors in luxury apartments
• Sound insulation in residential buildings
• Use of anti-vibration material under heating systems, e.g. for vibration isolation in combination with underfloor heating
• Impact sound insulation when laying tiles on screed
• Sound and vibration insulation in multi-story buildings
• Use of anti-vibration solutions in building renovation
• Vibration isolation of combined heat and power plants
• Protection of walls and floors by edge strips with vibration damping material
• Improving acoustic comfort in conference rooms
• Simple and quick implementation of soundproofing measures without acoustic expertise
• Reduction of disturbances caused by vibrations in measurement laboratories
• Vibration isolation of ball mills in paint powder factories
• Vibration damping for machine rooms in industrial plants
• Vibration isolation in multi-story residential buildings near railway lines
• Isolation of textile machines to reduce vibrations in adjacent urban areas
• Vibration isolation for precision machines that could be disturbed by vibrations.
• Vibration damping under concrete foundations.
• Application of vibration-damping plates in the textile industry.
• Insulation of foundations in high-rise buildings
• Prevention of vibrations in adjacent rooms through special anti-vibration solutions
• Vibration damping in multi-story residential and commercial buildings
• Protection of sensitive equipment through floating foundations.
• Use of vibration damping solutions to improve the natural frequency curve in buildings
  
  

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