Anti-Vibration Elastomeric Mounts

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Reduce Vibration, Shock Loads and Structure-Borne Noise

Industrial machinery, HVAC equipment, pumps, compressors, motors, and generators generate vibration and shock loads that transfer into floors, structures, and surrounding equipment, increasing noise, accelerating mechanical wear, reducing performance, and driving maintenance costs. Elastomeric anti-vibration mounts absorb vibration energy and reduce shock transmission at the source, providing effective vibration damping, equipment stability, and long-term durability for industrial and building services applications, including pumps, fans, motors, compressors, generators, and production machinery.
Black rubber bumper stop.
Black rubber bumper stop.
Close-up of HVAC unit with vibration dampeners.
Close-up of HVAC unit with vibration dampeners.
Metal HVAC duct suspended from ceiling with vibration isolation mounts.
Metal HVAC duct suspended from ceiling with vibration isolation mounts.
Gray suspended commercial air conditioner with metal rods and nuts.
Gray suspended commercial air conditioner with metal rods and nuts.
Industrial ventilation system with metal ductwork.
Industrial ventilation system with metal ductwork.
Close-up of a white Samsung air conditioner unit with a circular fan grill, mounted on shock absorber feet.
Close-up of a white Samsung air conditioner unit with a circular fan grill, mounted on shock absorber feet.
Vibro-R

A rubber-metal vibration mount designed to reduce medium-frequency vibration generated by rotating machinery and equipment. Its compact construction provides dependable damping while helping minimise transmitted vibration and noise.

€4,78
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Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2
Vibro-EM.2

An elastomeric vibration mount developed for general machinery isolation across a wide range of industrial applications. It provides effective vibration damping while supporting stable and reliable equipment operation.

€36,26
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Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3
Vibro-EM.3

A heavy-duty elastomeric mount designed for machinery requiring enhanced vibration damping and load capacity. It helps reduce mechanical stress, structure-borne vibration, and unwanted equipment movement.

€43,63
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Vibro-MPF
Vibro-MPF
Vibro-MPF
Vibro-MPF
Vibro-MPF

A robust elastomeric mount engineered to perform under both compression and shear loading conditions. It delivers effective vibration isolation where machinery generates forces in multiple directions.

€23,21
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Metal vibration isolator with bolt and rubber.
Metal vibration isolator with bolt and rubber.
Vibro-3D
Vibro-3D
Wall-mounted black speaker with silver bracket.
Wall-mounted black speaker with silver bracket.
Wall-mounted black loudspeaker.
Wall-mounted black loudspeaker.
Industrial pump and motor on vibration isolators.
Industrial pump and motor on vibration isolators.
Black pipe with a gray valve connected to a wall with a silver bracket.
Black pipe with a gray valve connected to a wall with a silver bracket.
Ceiling-mounted metal ductwork with support rods and various utility pipes.
Ceiling-mounted metal ductwork with support rods and various utility pipes.
Black industrial pump and motor mounted on vibration isolators.
Black industrial pump and motor mounted on vibration isolators.
Vibro-3D

A specialised vibration mount designed to provide effective isolation in all three axes of movement. It is ideal for equipment exposed to complex vibration patterns, shock loads, or multi-directional forces.

€64,91
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Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick
Vibro-Brick

A suspended vibration isolator developed for equipment mounted above floor level or attached to building structures. It helps reduce vibration transfer through ceilings, pipework, ductwork, and suspended services.

€19,81
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Which Elastomeric Mount Is Right for Your Application?

Different types of elastomeric anti-vibration mounts are designed to address different vibration levels, equipment weights, installation constraints, and environmental conditions. Selecting the correct mount depends on factors such as equipment load, operating speed, vibration characteristics, shock loading, and whether movement restraint is required.

If you are looking for:

Choose:

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

Vibro-R

A rubber-metal mount for demanding industrial or outdoor environments

Vibro-EM.2

Higher load capacity and improved machine stability

Vibro-EM.3

A failsafe mount that combines vibration isolation with equipment restraint

Vibro-MPF

Foundation isolation for heavy machinery and equipment bases

Vibro-Brick

Multi-directional vibration and shock control

Vibro-3D

Common Applications for Elastomeric Vibration Isolators

HVAC, Building Services and Heat Pump Systems

Elastomeric anti-vibration mounts are widely used throughout commercial, industrial, and residential HVAC systems where mechanical equipment generates continuous vibration and operational noise. Their excellent damping characteristics help absorb vibration at the source, reducing its transmission into floors, walls, pipework, and building structures. Compact, durable, and easy to install, elastomeric mounts are particularly effective for pumps, fans, heat pumps, and other building services equipment operating at medium and high frequencies.


Typical applications:

  • Air handling units (AHUs)
  • Ventilation units and fans
  • Pumps and circulation systems
  • Heat pumps
  • Refrigeration equipment
  • Air conditioning systems
  • Rooftop HVAC equipment
  • Building service plant rooms
  • Residential heat pumps
  • Air conditioning condensers
  • Domestic ventilation systems
  • Mechanical service equipment
  • Water treatment systems
  • Commercial HVAC installations

Generators, Rotating Equipment and Critical Infrastructure

Generators, motors, compressors, and other rotating machinery generate vibration and dynamic forces that can affect equipment performance, increase mechanical wear, and contribute to structure-borne noise. Elastomeric mounts help absorb vibration energy while providing stable equipment support and long-term durability. Their combination of vibration damping and shock absorption makes them suitable for both industrial machinery and critical equipment operating in demanding environments.


Typical applications:

  • Generators and generator sets
  • Diesel and gas engines
  • Compressors
  • Blowers and industrial fans
  • Electric motors
  • Pumps and pumping stations
  • Mechanical drives and gearboxes
  • Reciprocating machinery
  • Test benches
  • Data centres
  • Utility and energy facilities
  • Technical rooms and infrastructure installations

Industrial Machinery and Manufacturing Equipment

Industrial equipment often operates under continuous dynamic loads that generate vibration, shock forces, and mechanical stress. Elastomeric mounts help improve machine stability, reduce vibration transfer, and protect both equipment and supporting structures from excessive loading. Their compact design and excellent damping properties make them ideal for machinery requiring reliable vibration control without large installation heights.


Typical applications:

  • CNC machines and machining centres
  • Metalworking and fabrication equipment
  • Packaging and processing lines
  • Injection moulding machines
  • Conveyor systems
  • Industrial mixers and agitators
  • Printing and textile machinery
  • Production and assembly equipment
  • Process machinery
  • Workshop and manufacturing equipment

Residential, Commercial and Specialised Equipment

Elastomeric vibration isolators are also widely used in residential, commercial, and specialist applications where vibration reduction, noise control, and equipment protection are important. Their compact size, ease of installation, and excellent damping performance make them particularly suitable for smaller mechanical systems located close to occupied spaces. They are commonly specified where comfort, reliability, and low maintenance are key considerations.


Typical applications:

  • Swimming pool pumps
  • Water booster systems
  • Residential HVAC equipment
  • Commercial heat pumps
  • Small generators
  • Home workshop machinery
  • Light commercial mechanical plant
  • Research and laboratory equipment
  • Acoustic enclosures
  • Vibration-sensitive equipment
  • Specialist engineering installations
  • Technical equipment supports

Key Performance Criteria for Elastomeric Anti-Vibration Mounts

Selecting the correct elastomeric anti-vibration mount involves more than simply matching the equipment's weight. Factors such as load capacity, rubber hardness, vibration-damping characteristics, shock absorption, and environmental conditions all influence long-term performance and vibration reduction efficiency.


Understanding the specifications below will help you choose the most suitable elastomeric mount for pumps, fans, motors, compressors, generators, HVAC equipment, industrial machinery, and specialised technical installations.

Load Capacity

Load capacity determines how much weight an elastomeric mount can safely support while maintaining its intended vibration isolation performance.


Every mount is designed to operate within a specific load range. When correctly loaded, the elastomer deforms as intended, allowing it to absorb vibration and dissipate mechanical energy effectively.
 

If the applied load is too low, the mount may not deform sufficiently to provide optimum vibration reduction. If overloaded, excessive compression can reduce performance, increase stress within the material, and shorten service life.


When selecting elastomeric mounts:

  • Determine the total operating weight of the equipment, including fluids, accessories, and ancillary components.
  • Divide the load evenly across all mounting points.
  • Verify that each mount operates within its recommended load range.
  • Consider dynamic loads caused by start-up, shutdown, shock forces, and variable operating conditions.

Proper load distribution is particularly important for compressors, generators, pumps, motors, and industrial machinery.

Rubber Hardness (Shore A)

One of the key characteristics of elastomeric mounts is the hardness of the rubber compound, typically measured on the Shore A scale.
 

Rubber hardness directly influences how the mount behaves under load and how effectively it controls vibration. In general:

  • Softer compounds provide greater vibration isolation.
  • Harder compounds offer increased stability and load capacity.
  • Lower Shore values allow greater deflection under load.
  • Higher Shore values are often preferred for heavier equipment and applications requiring increased rigidity.

Selecting the correct hardness helps achieve the right balance between vibration reduction and equipment stability.

Vibration Damping Characteristics

Unlike spring isolators, elastomeric mounts provide inherent damping.

Damping describes the ability of a material to absorb and dissipate vibration energy rather than allowing it to continue oscillating through the system.
 

Effective damping helps:

  • Reduce vibration transmission.
  • Minimise resonance effects.
  • Improve equipment stability.
  • Reduce vibration build-up during operation.
  • Improve occupant comfort in occupied buildings.

This makes elastomeric mounts particularly effective for pumps, fans, motors, compressors, and medium-to-high-speed rotating equipment.

Compression and Shear Performance

Vibration forces rarely occur in a single direction. Depending on the equipment, elastomeric mounts may be required to control:

  • Vertical vibration (compression loads)
  • Horizontal vibration (shear loads)
  • Combined multi-directional movement

Different mount designs are optimised for different loading conditions.
 

Applications such as pumps, motors, compressors, and HVAC equipment frequently generate forces in multiple directions. Selecting a mount designed for both compression and shear loading can significantly improve vibration control and overall equipment stability.

Shock Absorption Capability

Many machines generate sudden impact forces in addition to continuous vibration. Elastomeric materials are highly effective at absorbing these shock loads and preventing them from being transmitted into supporting structures.


Shock absorption is particularly important for:

  • Generators and engines
  • Reciprocating machinery
  • Compressors
  • Industrial production equipment
  • Mobile and transport equipment
  • Machinery exposed to intermittent loading

In these applications, elastomeric mounts help protect both equipment and supporting structures from excessive mechanical stress.

Dynamic Stiffness

Dynamic stiffness describes how an elastomeric mount behaves under operating conditions rather than under static load alone. It influences:

  • Vibration isolation performance
  • Equipment stability
  • Resonance behaviour
  • Shock response

Mounts with lower dynamic stiffness generally provide improved vibration isolation, while higher stiffness often delivers greater equipment stability.


Understanding dynamic stiffness is particularly important when isolating equipment operating at varying speeds or under changing load conditions.

Environmental Resistance

Elastomeric mounts are often installed in demanding environments where long-term durability is essential. Key environmental factors include:

  • Outdoor weather exposure
  • Moisture and humidity
  • UV radiation
  • Oil and fuel contamination
  • Chemicals and cleaning agents
  • Temperature fluctuations

For rooftop HVAC equipment, pumps, generators, and outdoor plant installations, selecting mounts with appropriate environmental resistance can significantly extend service life and maintain performance over time.

Corrosion Protection and Metal Components

Many elastomeric mounts combine rubber elements with steel or galvanised metal components. In industrial and outdoor environments, corrosion protection can be just as important as vibration performance. 

Consider:

  • Galvanised steel components
  • Corrosion-resistant coatings
  • Stainless steel options where required
  • Marine and coastal exposure conditions

Proper material selection helps ensure reliable long-term operation in challenging environments.

Equipment Stability and Restraint

While vibration reduction is important, equipment stability is equally critical. Elastomeric mounts must provide sufficient support to prevent:

  • Excessive movement
  • Rocking and tilting
  • Equipment misalignment
  • Instability during start-up or shutdown

Applications involving generators, engines, compressors, and rotating machinery often benefit from restrained or failsafe mount designs that combine vibration isolation with additional mechanical security.

Multi-Directional Vibration Control

Some equipment generates vibration across multiple axes simultaneously. In these applications, specialised solutions such as Vibro-3D can provide improved performance by controlling vibration and movement in several directions at once.


Multi-directional isolation is often beneficial for:

  • Rotating machinery
  • Technical installations
  • Specialist industrial equipment
  • Sensitive mechanical systems
  • Equipment exposed to complex vibration patterns

Selecting the correct mount geometry can significantly improve vibration reduction and overall equipment reliability.

If you are unsure which elastomeric mount is best for your application, start by identifying the equipment weight, operating speed, mounting arrangement, and environmental conditions. These factors will help determine the most suitable vibration isolation solution and ensure reliable long-term performance.

Who Are These Products For?

HVAC Engineers, M&E Contractors and Building Services Professionals

Elastomeric anti-vibration mounts are widely specified by HVAC engineers, M&E contractors, and building services consultants responsible for controlling vibration and structure-borne noise from pumps, fans, air handling units, heat pumps, refrigeration equipment, and mechanical plant. Their excellent damping characteristics make them particularly effective for medium- and high-frequency equipment, helping to improve occupant comfort, protect building structures, and support long-term system reliability across commercial, industrial, and residential developments.

Industrial Engineers, OEMs and Manufacturing Facilities

Manufacturing facilities, industrial operators, and equipment manufacturers use elastomeric mounts to improve machinery stability, reduce mechanical wear, and absorb vibration and shock loads generated during operation. Their compact design and ability to provide effective vibration damping make them ideal for motors, compressors, pumps, conveyors, production machinery, packaging equipment, and a wide range of industrial applications where reliability, performance, and equipment protection are essential.

Facilities Managers, Infrastructure Operators and Critical Environments

Facilities managers and infrastructure operators rely on elastomeric vibration isolators to protect essential equipment and maintain stable operating conditions in vibration-sensitive environments. From data centres and utility facilities to hospitals, laboratories, technical rooms, and specialist engineering installations, elastomeric mounts help reduce vibration transfer, minimise maintenance requirements, extend equipment lifespan, and support reliable operation of critical systems.

Homeowners and Light Commercial Property Owners

Elastomeric mounts are also widely used in residential and light commercial applications where compact dimensions, ease of installation, and effective vibration control are important. Homeowners, installers, and property managers use them to reduce vibration and noise from heat pumps, air conditioning condensers, swimming pool pumps, water booster systems, workshop equipment, and small mechanical plant. By absorbing vibration directly at the source, elastomeric mounts help create quieter, more comfortable environments while protecting surrounding structures and equipment from long-term vibration exposure.

Why Choose DECIBEL for Elastomeric Anti-Vibration Mounts?

Expert Engineering Support

Selecting the correct elastomeric anti-vibration mount involves more than simply matching equipment weight. Factors such as vibration frequency, shock loading, rubber hardness, damping characteristics, mounting configuration, and environmental conditions all influence long-term performance. Our specialists can help identify the most suitable elastomeric isolation solution for pumps, motors, compressors, generators, HVAC equipment, industrial machinery, and specialised technical installations.

Comprehensive Product Range

DECIBEL offers a comprehensive range of elastomeric anti-vibration mounts for machinery, building services, and industrial applications. Our portfolio includes cylindrical rubber mounts, rubber-metal isolators, failsafe mounts, multi-directional vibration isolators, heavy-duty foundation mounts, and specialised vibration control solutions. Designed to provide effective vibration damping, shock absorption, and equipment stability, our products support a wide variety of mechanical installations.

Fast Delivery

Many of our most popular elastomeric vibration isolators are available from stock, enabling fast and reliable delivery throughout Europe and beyond. This helps engineers, contractors, installers, OEMs, and facility managers keep projects on schedule while reducing delays during installation, maintenance, and equipment upgrades.

Proven Performance

Our elastomeric mounts are used in commercial buildings, industrial facilities, manufacturing plants, technical rooms, utility infrastructure, and residential mechanical systems worldwide. Designed to absorb vibration, reduce shock loads, and minimise structure-borne noise, they help protect equipment, improve operational reliability, extend service life, and create quieter, more stable operating environments across a wide range of applications.

What Do Our Customers Think?

Relevant Standards, Codes and Compliance Requirements

Elastomeric anti-vibration mounts are widely specified in projects where vibration damping, shock absorption, equipment protection, and structure-borne noise reduction are important design considerations. While elastomeric isolators are not typically certified against a single project standard, they frequently play a key role in helping engineers, consultants, equipment manufacturers, and contractors achieve mechanical, acoustic, and operational performance objectives.

Machinery Safety and Equipment Performance

Throughout the European Union, machinery manufacturers and industrial operators are required to consider equipment stability, vibration exposure, and long-term operational reliability. If your project falls under:

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

look for elastomeric mounts with suitable load capacities, damping characteristics, fatigue resistance, and environmental durability. Properly selected vibration mounts can help minimise vibration transfer, absorb mechanical shock loads, improve equipment stability, and contribute to safer machinery operation.

HVAC, Building Services and Mechanical Plant

Elastomeric mounts are among the most commonly specified vibration isolation solutions for pumps, fans, compressors, heat pumps, air conditioning equipment, and general building services installations. Their compact design and inherent damping characteristics make them particularly effective for medium- and high-frequency mechanical equipment. For projects designed in accordance with:

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

consider elastomeric mounts selected according to equipment weight, operating speed, vibration characteristics, and environmental conditions. Rubber-metal isolators are frequently used beneath pumps, fan units, air conditioning systems, compressors, and heat pump installations where vibration control and equipment stability are equally important.

Heat Pumps and Residential Mechanical Equipment

As residential and commercial heat pump installations continue to expand throughout Europe, vibration isolation is becoming increasingly important for occupant comfort and environmental noise control. For projects designed in accordance with:

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

elastomeric mounts can help reduce vibration transmission from outdoor units into foundations, walls, terraces, and surrounding building structures. Their vibration-damping properties help minimise noise and improve long-term equipment performance.

Building Acoustics and Structure-Borne Noise Control

Many commercial, residential, and mixed-use developments include acoustic performance requirements designed to limit vibration and noise transmission between occupied spaces. Where compliance is required with:

  • EN ISO 12354 – Building Acoustics
  • Environmental Noise Directive 2002/49/EC
  • National acoustic regulations and local planning requirements

elastomeric mounts can help reduce structure-borne noise generated by pumps, fans, compressors, heat pumps, and mechanical services equipment. Their ability to absorb vibration energy and prevent direct transmission into supporting structures often makes them an effective solution for acoustic improvement projects.

Industrial Equipment and Shock Control Applications

Many industrial machines generate not only continuous vibration but also impact forces and dynamic loading during operation. For projects involving:

  • Manufacturing machinery
  • Production equipment
  • Packaging systems
  • Industrial pumps
  • Compressors and motors
  • Workshop machinery
  • Process equipment

look for elastomeric mounts designed to provide both vibration isolation and shock absorption. Rubber-metal isolators are often selected where equipment stability, durability, and resistance to dynamic loading are critical design requirements.

Critical Infrastructure and Technical Facilities

Technical buildings and essential infrastructure frequently require vibration control solutions that combine reliability, durability, and long service life. For projects involving:

  • Data centres
  • Utility facilities
  • Technical rooms
  • Research laboratories
  • Hospitals and healthcare facilities
  • Energy infrastructure
  • Water treatment facilities

consider elastomeric mounts selected according to equipment weight, vibration levels, shock loading, and environmental conditions. Properly specified isolators can help reduce maintenance requirements, protect supporting structures, and improve overall equipment reliability.

UK-Specific Requirements

For projects located in the United Kingdom, elastomeric vibration mounts 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, equipment stability, and structure-borne noise reduction are often key design criteria when selecting vibration isolation systems for mechanical equipment.

North American Requirements

In the United States and Canada, elastomeric vibration isolators are widely specified as part of mechanical system design, acoustic performance requirements, and equipment protection strategies. Where compliance is required with:

  • ASHRAE Guidelines for HVAC Noise and Vibration Control
  • International Building Code (IBC)
  • ANSI-accredited engineering standards
  • Local building and acoustic codes
  • Manufacturer vibration and equipment specifications

look for vibration mounts selected according to equipment weight, operating speed, environmental exposure, and expected vibration levels. Elastomeric isolators are commonly specified for pumps, fans, compressors, motors, generators, and HVAC systems where vibration reduction and equipment protection are required.


For hospitals, laboratories, educational facilities, commercial buildings, and residential developments, elastomeric mounts are frequently used to minimise vibration transmission while supporting acoustic, mechanical, and operational performance objectives.

What Specifications Matter for Compliance?

When selecting elastomeric anti-vibration mounts for compliance-driven projects, focus on the performance characteristics most commonly referenced during engineering design and project approval:

  • Load capacity
  • Rubber hardness (Shore A)
  • Vibration damping characteristics
  • Compression performance
  • Shear performance
  • Shock absorption capability
  • Dynamic stiffness
  • Multi-directional vibration control
  • Environmental resistance
  • Corrosion protection and material durability
  • Equipment stability and restraint characteristics

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

Frequently Asked Questions

What are elastomeric anti-vibration mounts?

Elastomeric anti-vibration mounts are vibration isolation devices that use specially formulated rubber compounds to absorb and dissipate vibration energy. They are commonly used beneath pumps, motors, compressors, HVAC equipment, generators, and industrial machinery to reduce vibration transfer, minimise structure-borne noise, and improve equipment stability. Unlike spring isolators, elastomeric mounts provide inherent damping, making them highly effective for medium- and high-frequency vibration applications.

Where are elastomeric anti-vibration mounts most commonly used?

Elastomeric mounts are widely used in HVAC systems, pumps, compressors, electric motors, generators, production machinery, workshop equipment, heat pumps, air conditioning systems, water treatment facilities, and industrial process equipment. Their versatility makes them one of the most widely specified vibration isolation solutions across commercial, industrial, and residential applications.

Are elastomeric mounts suitable for heat pumps and air conditioning units?

Yes. Elastomeric vibration isolators are commonly used beneath residential and commercial heat pumps, air conditioning condensers, refrigeration systems, and HVAC equipment. They help reduce vibration transmission into building structures, minimise noise complaints, improve equipment stability, and protect surrounding surfaces from long-term vibration exposure.

What is rubber hardness and why is it important?

Rubber hardness, typically measured on the Shore A scale, affects how an elastomeric mount behaves under load. Softer compounds generally provide greater vibration isolation, while harder compounds offer increased stability and higher load capacity. Selecting the correct hardness is important to achieve the right balance between vibration reduction, shock absorption, and equipment support.

Are elastomeric mounts suitable for outdoor installations?

Many elastomeric anti-vibration mounts are designed for outdoor use and can withstand exposure to moisture, temperature fluctuations, UV radiation, and general weather conditions. For rooftop HVAC equipment, heat pumps, outdoor pumps, and exposed mechanical plant, selecting mounts with appropriate environmental resistance helps ensure long-term performance and durability.

What is the difference between elastomeric mounts and spring mounts?

Elastomeric mounts use rubber or rubber-metal elements to absorb vibration and shock loads, while spring mounts use steel springs to isolate low-frequency vibration. Elastomeric mounts typically provide better damping and equipment stability, making them ideal for pumps, fans, motors, compressors, and general machinery. Spring mounts are often preferred for large HVAC systems, chillers, cooling towers, and other equipment generating very low-frequency vibration.

Can elastomeric mounts reduce noise as well as vibration?

Yes. Many equipment noise problems are caused by vibration being transferred into floors, walls, foundations, and building structures. Elastomeric mounts help reduce this structure-borne noise by absorbing vibration at the source before it can spread throughout the building. This can significantly improve acoustic comfort in offices, residential buildings, hotels, hospitals, and industrial facilities.

How do I choose the correct elastomeric mount?

Selecting the correct mount depends on several factors, including equipment weight, operating speed, vibration levels, mounting configuration, environmental conditions, and whether shock loads are present. Products such as Vibro-R, Vibro-EM.2, Vibro-EM.3, Vibro-MPF, Vibro-BRICK, and Vibro-3D are designed for different applications and load requirements. If you are unsure, our engineers can help identify the most suitable solution.

Can elastomeric mounts absorb shock loads?

Yes. One of the key advantages of elastomeric mounts is their ability to absorb sudden impact forces and shock loading. This makes them particularly effective for generators, compressors, reciprocating machinery, mobile equipment, industrial production systems, and machinery subject to intermittent or dynamic loading conditions.

How long do elastomeric anti-vibration mounts last?

Service life depends on operating conditions, environmental exposure, equipment loading, and vibration levels. High-quality elastomeric mounts can provide many years of reliable performance when correctly selected and installed. Regular inspection is recommended for critical applications to ensure continued vibration control, equipment protection, and long-term operational reliability.

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