Anti-Vibration Pads and Tiles

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Reduce Vibration, Impact Noise and Structure-Borne Sound

Anti-vibration pads and tiles are resilient isolation layers placed under equipment or floor systems to reduce vibration transfer. They limit impact noise and structure-borne sound by absorbing mechanical energy and reducing rigid contact with the surrounding structures.
 

DECIBEL’s solutions protect both the supporting construction and the equipment itself, including industrial machinery, HVAC equipment, generators, floating floors, and technical installations.
Stacked, multi-colored rubber mats with circular cutouts.
Stacked, multi-colored rubber mats with circular cutouts.
A square, black, rubber material with red layers and round holes.
A square, black, rubber material with red layers and round holes.
Close-up of a black metal frame with a tow hitch and ventilation holes, resting on a weathered concrete surface outdoors.
Close-up of a black metal frame with a tow hitch and ventilation holes, resting on a weathered concrete surface outdoors.
Close-up of an industrial machine base with yellow and black safety stripes.
Close-up of an industrial machine base with yellow and black safety stripes.
A floor with black risers for leveling.
A floor with black risers for leveling.
A room with concrete floors and square pads arranged in rows.
A room with concrete floors and square pads arranged in rows.
A gray Cybex treadmill sits on a light-colored floor.
A gray Cybex treadmill sits on a light-colored floor.
Gray Bluebox brand air conditioner.
Gray Bluebox brand air conditioner.
Close-up of pipes and a building exterior.
Close-up of pipes and a building exterior.
Exterior of a metal industrial air conditioning unit on a steel support frame.
Exterior of a metal industrial air conditioning unit on a steel support frame.
A gray commercial air conditioning unit sits on a tiled surface.
A gray commercial air conditioning unit sits on a tiled surface.
Vibro-EP

A versatile anti-vibration isolation pad designed to reduce vibration transfer between equipment and supporting surfaces. It is suitable for a wide range of machinery installations where simple and effective isolation is required.

€9,02
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Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM
Vibro-EPM

A steel-reinforced isolation pad developed for applications requiring improved load distribution and structural support. It combines vibration reduction with increased stability for heavier equipment installations.

€18,96
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Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS
Vibro-EPMS

A reinforced anti-vibration pad designed to provide both vibration isolation and enhanced equipment stability. Its anti-slip construction makes it particularly suitable for machinery exposed to dynamic operating forces.

€51,58
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Two black interlocking tiles.
Two black interlocking tiles.
Close-up of an air conditioner's base, showing a black rubber foot with a bolt and washer.
Close-up of an air conditioner's base, showing a black rubber foot with a bolt and washer.
Gray interlocking floor tiles with a white tool.
Gray interlocking floor tiles with a white tool.
Black rubber floor tile.
Black rubber floor tile.
Gray interconnected blocks with circular designs and holes.
Gray interconnected blocks with circular designs and holes.
Black dual fastener with screw, anchor, and bolt.
Black dual fastener with screw, anchor, and bolt.
Mechanical testing machine applying pressure to a black rubber component.
Mechanical testing machine applying pressure to a black rubber component.
Vibro-TiLe

A heavy-duty isolation pad engineered for industrial environments where effective vibration damping is essential. It helps reduce vibration transmission while supporting reliable long-term machinery performance.

€45,90
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Vibro-Profi
Vibro-Profi
Vibro-Profi

A high-capacity block isolator developed for foundation isolation and heavy machinery installations. It helps separate vibration-sensitive equipment from surrounding structures while supporting substantial loads.

€9,02
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Which Pads and Tiles Are Right for Your Application?

Each product has been developed for different load requirements, installation methods, and application environments.  Use the table below as a quick selection guide. It connects common project needs with the most suitable DECIBEL option, helping you move from problem to specification faster.
 

If you are looking for:

Choose:

A versatile anti-vibration pad for pumps, fans, motors and HVAC equipment

Vibro-EP

Additional load capacity and improved equipment support

Vibro-EPM

Heavy-duty vibration control for industrial machinery and plant equipment

Vibro-EPMS

Floor vibration isolation and impact noise reduction

Vibro-Tile

A continuous vibration isolation strip for equipment frames and supports

Vibro-Profi

Common Applications for Anti-Vibration Pads and Tiles

HVAC, Building Services and Heat Pump Systems

Anti-vibration pads are widely used beneath HVAC equipment and building services installations where vibration can be transmitted into floors, walls, pipework, and surrounding structures. Their vibration-damping properties help reduce structure-borne noise, protect supporting surfaces, and improve overall system performance. 

 

Easy to install and suitable for a wide range of equipment weights, they are commonly specified for both new installations and retrofit projects.
 

Typical applications:

  • Air handling units (AHUs)
  • Ventilation units and fans
  • Heat pumps
  • Air conditioning condensers
  • Refrigeration equipment
  • Pumps and circulation systems
  • Rooftop HVAC equipment
  • Building service plant rooms
  • Residential HVAC systems
  • Commercial mechanical equipment
  • Water treatment systems
  • Pipework supports and service equipment

Industrial Machinery and Equipment Foundations

In manufacturing and industrial sites, anti-vibration pads are installed under machinery that creates repeated vibration or occasional shock during operation. They help separate the machine base from the floor, reducing the amount of mechanical energy that travels into concrete slabs, steelwork, and nearby work areas.  

 

They are practical for new machinery installations, plant upgrades, and retrofit projects where vibration has become a recurring issue. 

 

Typical applications:

  • CNC machines and machining centres
  • Metalworking and fabrication equipment
  • Presses and stamping machines
  • Injection moulding machines
  • Packaging and processing lines
  • Industrial mixers and agitators
  • Conveyor systems
  • Compressors
  • Pumps and motors
  • Production and assembly equipment
  • Workshop machinery
  • Equipment foundations and machine bases

Floating Floors, Building Acoustics and Structural Isolation

Anti-vibration tiles and isolation pads are widely used in acoustic construction projects where impact noise and structure-borne vibration must be controlled. By decoupling floors and structural elements, they help reduce vibration transmission between rooms and improve overall acoustic performance. 

 

These solutions are commonly specified in both residential and commercial buildings where occupant comfort is a priority.


Typical applications:

  • Floating floor systems
  • Acoustic floor constructions
  • Home cinemas and media rooms
  • Recording studios
  • Music practice rooms
  • Fitness centres and gym floors
  • Hotels and hospitality facilities
  • Residential developments
  • Office buildings
  • Educational facilities
  • Healthcare environments
  • Technical rooms and equipment spaces

Residential, Commercial and Specialised Installations

Anti-vibration pads and tiles are used where compact plant, service equipment, or floor assemblies sit close to occupied or vibration-sensitive rooms. They help stop everyday mechanical vibration from becoming an audible or tactile disturbance.

 

Their simple installation and versatile performance make them suitable for both small mechanical systems and vibration-sensitive environments.
 

Typical applications:

  • Swimming pool pumps
  • Water booster systems
  • Domestic heat pumps
  • Air conditioning systems
  • Backup generators
  • Home workshop equipment
  • Light commercial plant
  • Research and laboratory equipment
  • Acoustic enclosures
  • Vibration-sensitive equipment
  • Specialist engineering installations
  • Technical equipment supports

Key Performance Criteria for Anti-Vibration Pads and Tiles

The right anti-vibration pad or tile depends on the load it must carry and the vibration it must control. 

 

The criteria below show which technical details affect real performance. They help separate suitable vibration-absorbing materials from products that may fit physically but fail acoustically.

Load Capacity

Load capacity is the working weight a pad or tile can support while still reducing vibration. If the load is too high, the material can flatten and lose isolation. If it is too low, the pad may stay too rigid to dampen vibration properly. 

 

Light-duty pads may support small point loads of around 8 to 20 kg, while heavy-duty tiles are specified for much higher loads, often by kg/m². 

 

Proper load distribution is particularly important for chillers, compressors, generators, industrial machinery, and heavy equipment foundations.

Material Composition

Material composition determines how the pad behaves under weight, movement, and site conditions.

 

High-performance vibration-dampening materials often incorporate engineered elastomers, recycled rubber compounds, polyurethane layers, or composite structures designed to balance flexibility with long-term stability. Rubber anti-vibration pads are especially popular.

The material must stay resilient during daily operation. If it hardens, cracks, absorbs oil, or deforms, vibration isolation drops.

Vibration Frequency Range

Vibration frequency describes how often equipment moves during operation. A pad works best when its natural frequency sits below the main vibration frequency from the equipment.
 

Medium- and high-frequency vibration is usually easier to isolate with standard elastomer pads. Low-frequency vibration needs softer vibration-resistant materials or a thicker isolation layer, because slower movement transfers more energy into the floor.
 

The specification should follow the equipment’s running speed, start-up behaviour, and any impact forces during use.

Damping Properties

Damping is the material’s ability to absorb vibration energy instead of passing it directly into the floor or supporting base. It helps minimise resonance and softens shock loads during start-up, shutdown, or uneven operation.


Spring isolators mainly separate vibration through deflection, while elastomer pads add energy absorption as part of the isolation process. The material moves slightly under load and dissipates vibration energy within its own structure - known as internal damping.


This is especially useful for pumps, compressors, and fans. It also benefits machine tools and rotating equipment that need stable support as well as lower structure-borne noise.

Shock Absorption Performance

Shock absorption describes how well a pad handles sudden force, rather than steady vibration alone.
 

This matters when equipment creates impact during cutting, pressing, dropping, cycling, or repeated movement. The pad must absorb part of that impact energy before it reaches the floor, frame, or surrounding building fabric.


High shock absorption pads help reduce stress on equipment fixings and supporting elements. They are especially useful for presses, fabrication equipment, packaging lines, conveyors, workshop machinery, and gym floors.

Contact Area and Load Distribution

The contact area affects how evenly a pad distributes the equipment load across the floor or base.
 

Unlike point vibration mounts, anti-vibration pads can support a wider surface. This helps reduce concentrated pressure, improve stability, and limit damage to the installation surface.
 

A larger contact area is useful beneath machine bases, equipment skids, HVAC platforms, and technical installations. It helps the pad compress more evenly, which supports better isolation and longer material life.

Vibration Isolation Efficiency

Isolation efficiency describes how much vibration is prevented from entering the supporting structure. 

 

Typical performance levels include:

  • 60–80% isolation for general vibration control
  • 80–90% isolation for most HVAC and machinery anti-vibration applications
  • Higher performance levels when used within engineered floor or foundation systems

Actual performance depends on equipment frequency, pad thickness, and material properties. Load distribution and installation quality also matter in both industrial and occupied environments.

Environmental Resistance

Environmental resistance shows how well a pad keeps its properties in the conditions around the installation.
 

Outdoor plant, rooftop equipment, and industrial systems may face moisture, UV exposure, oils, fuels, chemicals, or temperature changes. These factors can harden, weaken, or deform the wrong material.
 

A suitable anti-vibration pad should remain stable under the expected site conditions. This protects vibration performance and reduces the risk of early replacement.

Equipment Stability and Long-Term Performance

Vibration control must keep equipment steady and quiet.
 

The pad needs to support the load without excessive movement, creep, or permanent deformation. If it compresses unevenly, the equipment can lose alignment and pass more vibration into the floor over time.


The best result comes from balancing isolation with stable support. This depends on pad thickness, material density, contact area, and the operating conditions around the installation.

Unsure which pad or tile fits your installation? Contact DECIBEL with the equipment weight, support points, and installation surface. Our team will help you select a vibration isolation techniques that support the load correctly and reduce noise where it starts. 

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Who Are These Products For?

HVAC Engineers, M&E Contractors and Building Services Professionals

For HVAC engineers, mechanical and electrical contractors, and building services professionals, anti-vibration products must be easy to specify and reliable at commissioning.

 

DECIBEL anti-vibration pads and tiles help reduce the risk of plant noise complaints, unstable equipment support, and late remedial work. They fit projects where clear load performance, practical installation, and long-term vibration control matter from the start. 

Industrial Engineers, OEMs and Manufacturing Facilities

For industrial engineers, original equipment manufacturers, and production teams, vibration control affects uptime, machine accuracy, and maintenance planning.

 

DECIBEL solutions support equipment that creates constant movement, impact, or changing loads during operation. They suit installations where machinery requires a stable base, reduced vibration transfer, and better protection of the floor or the foundation below. 

Acoustic Consultants, Construction Professionals and Facilities Managers

For acoustic consultants, architects, flooring contractors, facilities managers, and building operators vibration problems often appear as complaints between rooms, noisy floors, or equipment disturbance in sensitive areas.

 

DECIBEL anti-vibration tiles and pads help control impact noise and structure-borne sound within the building fabric. They are useful where acoustic performance must be improved without complicated redesign or disruptive remedial work. 

Homeowners and Light Commercial Property Owners

For homeowners and light commercial property owners, vibration issues often show up as a low hum, floor buzz, or neighbour complaint.

 

DECIBEL products are suited to heat pumps, condensers, pumps, small generators, and workshop equipment. They offer a simple way to reduce vibration at the source without major building work.
 

Why Choose DECIBEL for Anti-Vibration Pads and Tiles?

Expert Engineering Support

Selecting the correct anti-vibration pad or tile involves more than simply choosing the thickest material. Our specialists can help identify the most suitable vibration isolation solution for your use case and turn spending into a long-term investment. 

Comprehensive Product Range

DECIBEL offers a comprehensive range of anti-vibration solutions for commercial, industrial, and residential applications. Our portfolio includes elastomeric isolation pads, reinforced vibration-damping pads, continuous isolation strips, and heavy-duty industrial solutions.

Fast Delivery

Many of our vibration reduction products are available from stock, enabling fast and reliable delivery throughout Europe and beyond. This helps engineers, contractors, installers, and facility managers keep projects on schedule while minimising delays.

Proven Performance

DECIBEL has completed more than 5,000 soundproofing and acoustics projects in over 40 countries. That experience shapes anti-vibration solutions designed for real-world site conditions, where long-term reliability must be maintained after installation. 

What Do Our Customers Think?

Relevant Standards, Codes and Compliance Requirements

Vibration isolation pads themselves are not typically certified against a single project standard. However, they often play a key role in meeting acoustic, mechanical, and structural performance objectives.

Machinery Safety and Equipment Performance

Anti-vibration pads are relevant to machinery safety when vibration affects machine stability, alignment, guarding, fixings, or operator exposure. In EU machinery projects, the specification may need to sit within the wider compliance context.
 

Relevant frameworks can include:

  • Machinery Regulation (EU) 2023/1230
  • EN ISO 12100, Safety of Machinery
  • EN 60204-1, Safety of Machinery, Electrical Equipment of Machines
  • CE Marking requirements

For this use case, the pad must support the machine without excessive compression, rocking, or loss of alignment. The key details are load capacity, dynamic behaviour, compression resistance, and durability under repeated operation. 

HVAC, Building Services and Mechanical Plant

For HVAC and building services projects, anti-vibration pads form part of the plant support detail reviewed during design and commissioning. The specification should show that the selected pad can carry the unit load without affecting alignment, pipework connections, or casing stability.

 

Relevant design references may include:

  • EN 378, Refrigeration Systems and Heat Pumps
  • EN 1886, Air Handling Units
  • Eurovent performance guidelines
  • REHVA design recommendations

For external plant, the material specification should also account for weather exposure and long-term compression. This helps the vibration detail remain consistent through service life, not only at handover.

Heat Pumps and Residential Mechanical Equipment

For heat pump installations, vibration control is part of the noise compliance detail. The pad specification must support the declared unit load and avoid vibration paths into the property or neighbouring premises.
 

Relevant project references may include:

  • EN 378, Refrigeration Systems and Heat Pumps
  • National noise regulations
  • Local planning requirements

The selected pad should match the outdoor unit's weight and fixing arrangement. This supports a cleaner installation record where noise limits, planning conditions, or post-installation complaints are a concern.

Building Acoustics and Impact Noise Control

Impact noise control is often part of the acoustic compliance strategy for residential schemes, hotels, offices, and mixed-use buildings. Anti-vibration pads and tiles are relevant when the floor design must limit vibration transfer between occupied spaces.

 

Relevant references may include:

  • EN ISO 12354, Building Acoustics
  • Environmental Noise Directive 2002/49/EC
  • National acoustic regulations
  • Local planning requirements

In this context, the product specification must support the required impact sound reduction without weakening the floor build-up or creating rigid contact points.

UK-Specific Requirements

For projects located in the United Kingdom, anti-vibration pads and tiles may contribute to compliance with:

  • BS 8233 – Guidance on Sound Insulation and Noise Reduction
  • Approved Document E – Resistance to the Passage of Sound
  • CIBSE Design Guidance
  • BSRIA Design Recommendations

In these applications, vibration damping performance, impact noise reduction, and structure-borne sound control are often important selection criteria.

North American Requirements

In the United States and Canada, anti-vibration pads may be reviewed as part of mechanical design, acoustic control, or equipment warranty requirements. The specification should give a clear basis for load support, vibration isolation, and material suitability on site.

 

Relevant references may include:

  • ASHRAE guidance on HVAC noise and vibration control
  • International Building Code (IBC)
  • ANSI-accredited engineering standards
  • Local building and acoustic codes
  • Manufacturer's equipment specifications

The selected pad should match the declared equipment load and support layout. It should also reflect vibration behaviour and site exposure, so the detail remains defensible during approval, installation, and commissioning.

If your project specification references a particular European, UK, North American, or industry standard, our engineers can help identify the most appropriate vibration isolation solution and recommend products that align with your technical, operational, and compliance requirements.

Frequently Asked Questions

What is the difference between anti-vibration pads and anti-vibration mounts?

Anti-vibration pads support equipment over a wider contact area. A vibration-isolation mount usually isolates equipment at fixed points. Pads are often the simpler choice for skids, frames, floating floors, and machinery bases that need stable load support, while high-performance anti-vibration mounts may be used where point isolation or more engineered control is required. 

When should I use pads instead of spring isolators?

Use resilient vibration pads when the equipment needs firm support, simple installation, and controlled vibration reduction. Spring isolators suit lower-frequency vibration and larger movement, but they often need more design space and restraint. For heavier installations, heavy-machinery pads may be more suitable than standard pads.

How can I tell if an anti-vibration pad is overloaded?

An overloaded pad may flatten, bulge, crack, or stop reducing vibration effectively. It can also allow the equipment to sit unevenly. This usually means the load rating or contact area is wrong for the installation, and high-load-capacity pads may be needed for heavier anti-vibration equipment setups.

Can an anti-vibration pad be underloaded?

Yes. A pad that carries too little weight may stay too stiff to isolate vibration properly. The equipment may look supported, but vibration can still pass into the floor because the material has not compressed enough to work as intended. This can also apply to anti-vibration mats if they are not correctly matched to the equipment load.

Why can vibration still be heard after pads are installed?

Vibration may still travel through pipework, fixings, frames, or hard contact points around the equipment. The pad may also be incorrectly loaded. Good isolation depends on the full installation detail, not the pad alone, which is why effective vibration control solutions should consider the equipment, supports, and surrounding connections together. 

How long do anti-vibration pads last?

Service life depends on load, material quality, and exposure conditions. Well-matched vibration management products should keep their shape and damping behaviour for years. Pads in harsh outdoor or industrial areas should be inspected for hardening, cracking, or permanent compression. 

Can anti-vibration pads solve low-frequency vibration?

Sometimes, but low-frequency vibration is harder to control. Effective vibration frequency isolation usually needs softer materials, greater deflection, or a more engineered isolation detail. Standard pads are often stronger for medium and high-frequency vibration, while custom anti-vibration solutions may be needed for more demanding low-frequency applications. 

Do anti-vibration pads need to be fixed down?

Many residential and industrial vibration pads can sit directly beneath equipment under load. Fixing may be needed where there is movement, wind exposure, uneven support, or a risk of the unit shifting. The fixing detail should avoid creating a rigid vibration bridge. 

Can I stack anti-vibration pads to improve performance?

Stacking pads is rarely a safe shortcut. It can reduce stability and create uneven compression, which may compromise the effectiveness of vibration control products. Use a thicker pad or a purpose-designed option instead, such as Vibro-Tile for floor isolation, Vibro-Profi for continuous support lines, or flexible rubber mounts where a mounted isolation solution is required. 

Can anti-vibration tiles be used under a floating floor?

Yes. Anti-vibration tiles can support floating floors where impact noise and floor vibration need to be reduced. As part of effective vibration mitigation strategies, the key detail is avoiding rigid contact at edges, thresholds, and service penetrations.

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