Vibration Isolation Products and Solutions

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Vibration Isolation Equipment and Vibration Control Solutions for Every Application

Vibration isolation products reduce unwanted vibration transfer between equipment and the structure that supports it. They limit structure-borne vibration by separating the vibration source from floors, walls, frames or foundations. This helps reduce noise, protect equipment and improve operating stability. It also supports longer service life for buildings and mechanical systems.

DECIBEL offers vibration control solutions for structural decoupling, machinery isolation and domestic equipment. The range also covers spring isolators, elastomeric mounts and anti-vibration pads. Specialist products are available for audio systems and precision equipment where small vibration paths can affect performance.

Explore Vibration Isolation Solutions

Structural Decoupling and Building Isolation

Reduce vibration transmission through floors, walls and ceilings with engineered structural decoupling systems. Designed to minimise acoustic bridging, improve sound insulation and control structure-borne vibration in residential, commercial and specialist buildings.

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Audio Equipment Isolation

Enhance sound quality by isolating speakers, subwoofers, studio monitors and audio components from supporting surfaces. Reduce unwanted resonance, improve clarity and achieve more accurate audio reproduction in home and professional listening environments.

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Domestic Appliances Isolation

Reduce vibration and structure-borne noise from everyday household appliances, home mechanical systems and lightweight equipment. Engineered anti-vibration pads and mounts improve stability, protect floors and minimise vibration transfer in residential and light commercial environments.

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Machinery and Equipment Isolation

Control vibration at the source with engineered isolation solutions for industrial machinery, HVAC equipment, pumps, generators and rotating machinery. Improve equipment performance, reduce structure-borne noise and protect surrounding structures from unwanted vibration.

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Benefits of Vibration Isolation

Effective vibration isolation delivers benefits far beyond noise reduction. By limiting vibration transfer between equipment and supporting structures, it improves acoustic comfort, protects valuable assets and enhances the performance of both buildings and machinery.

Reduced Structural Noise

Prevent unwanted vibration from travelling through floors, walls, ceilings and supporting structures to create quieter indoor environments.

Protected Equipment

Reduce mechanical stress, minimise wear on equipment and help prevent vibration-related damage to building structures and foundations.

Improved Performance

Enhance the efficiency and stability of machinery, HVAC systems and audio equipment by reducing unwanted movement and resonance.

Increased Lifespan

Limiting continuous vibration reduces fatigue, lowers maintenance requirements and helps extend the operational life of mechanical equipment.

Acoustic Comfort

Reduce vibration-induced noise in residential, commercial and industrial environments, creating more comfortable spaces for occupants.

Flexible Solutions

Choose from structural decoupling systems, spring isolators, elastomeric mounts, isolation pads and specialist audio isolation products to suit virtually any application.

Which Vibration Isolation Solution Do You Need?

Choosing the right vibration isolation solution depends on where the vibration originates, how it is transmitted, and the type of structure or equipment involved. Explore the most suitable category below to quickly find products engineered for your specific application.

If Your Project Involves:

Choose:

Suspended Ceiling Systems

Ceiling Vibration Control

Partition Walls and Studwork

Wall Vibration Control

Floating Floors and Platforms

Floor Vibration Control

Heavy Industrial Machinery

Spring Isolators

Pumps, Fans and HVAC Units

Mounts and Feet

Equipment on Solid Floors

Pads and Tiles

Domestic Appliances and Home Fitness Equipment

Domestic Appliances Isolation

Speakers and Audio Systems

Audio Equipment Isolation

Common Applications for Vibration Isolation

Buildings and Construction

Reduce vibration transmission through walls, floors and ceilings using structural decoupling systems, resilient mounts and floating floor solutions. Vibration control products ideal for apartments, hotels, offices, schools, healthcare facilities and mixed-use developments.

Industrial and Workshop Machinery

Protect production equipment, CNC machines, compressors, pumps, generators and rotating machinery from excessive vibration. Our high-performance vibration solutions help improve operational reliability, reduce maintenance and extend equipment service life.

HVAC and Building Services

Minimise vibration transfer from air handling units, chillers, heat pumps, cooling towers, ventilation systems, domestic mechanical equipment and pipework. Proper isolation improves occupant comfort while protecting building structures from mechanical vibration.

Audio and Recording Spaces

Improve the performance of recording studios, home cinemas, hi-fi systems, broadcast facilities and performance venues by reducing unwanted vibration and resonance. Vibration isolation techniques also benefit sensitive electronic equipment and precision audio systems where stability is essential.

Critical Infrastructure

Support reliable industrial vibration control of power generation facilities, data centres, laboratories, and other vibration-sensitive environments where equipment stability and continuous performance are essential. The same engineering principles also apply to precision domestic equipment and small technical installations.

Marine and Transportation

Reduce vibration and mechanical shock in marine applications, rail infrastructure and transport systems. Our heavy machinery isolation improves equipment durability, passenger comfort and long-term operational reliability.

Key Performance Criteria for Vibration Isolation

Vibration isolation performance depends on how well the product matches the load, vibration frequency and installation conditions. The criteria below explain what affects real vibration reduction, acoustic performance and long-term reliability.

Load Capacity

Every vibration isolator is designed to support a specific static and dynamic load range. Correct load selection and custom vibration solutions ensure the isolator performs efficiently without excessive compression or instability.

Natural Frequency

The natural frequency of an isolator determines its ability to reduce vibration. Lower natural frequencies generally provide better isolation of low-frequency vibration generated by heavy machinery and rotating equipment.

Isolation Material

Different applications require different vibration-isolating and vibration damping materials. These include steel springs, engineered elastomers, resilient rubber vibration mounts, and specialised acoustic materials. Material selection affects damping, durability and long-term performance.

Installation Envrionment

Indoor, outdoor and industrial environments place different demands on vibration isolation systems. Temperature, moisture, chemicals, UV exposure and corrosion resistance should all be considered during product selection.

Installation Method

Vibration isolation solutions are available for floor-mounted equipment, suspended ceilings, resilient walls, floating floors, machinery foundations and audio equipment. Choosing the correct mounting method maximises isolation efficiency.

Long-Term Performance

High-quality vibration isolators maintain consistent performance under continuous loading and repeated vibration cycles. Durable materials and robust construction help reduce maintenance requirements and extend equipment service life.

Not sure which vibration isolation solution is right for your project? Contact DECIBEL with details about your application, equipment, structure or acoustic objectives. Our engineers will help you identify the most suitable vibration isolation products to reduce vibration, minimise noise transmission and achieve long-lasting performance.

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Why Choose DECIBEL for Vibration Control Solutions?

Expert Engineering Support

Our specialists provide technical guidance based on equipment loads, vibration characteristics, installation conditions and acoustic objectives. We protect your budget and help you select the most suitable vibration isolation solution.

Comprehensive Product Range

From structural vibration control systems and resilient building mounts to spring systems, elastomeric isolators, vibration isolation pads, and specialist audio isolation products, DECIBEL offers solutions for virtually every vibration control application.

Fast Delivery

With a large stock of standard products and efficient international logistics, DECIBEL delivers vibration isolation solutions quickly to customers across Europe and worldwide, helping projects stay on schedule.

Proven Industrial Performance

Our vibration isolation products are used in residential developments, commercial buildings, industrial facilities, recording studios, HVAC installations and infrastructure projects across more than 40 countries, delivering reliable long-term performance in demanding environments.

What Do Our Customers Think?

Relevant Standards, Codes and Compliance Requirements

Selecting the appropriate vibration isolation solution often requires compliance with recognised engineering practices, building regulations and industry-specific standards. While the applicable requirements vary depending on the project, DECIBEL designs its solutions to support modern construction, mechanical engineering and acoustic performance objectives across residential, commercial and industrial applications.

European Standards

Projects throughout Europe commonly reference standards and engineering guidance for machinery safety, building acoustics and vibration control.
 

Relevant documents can include:

  • Machinery Regulation (EU) 2023/1230
  • EN ISO 12100, Safety of Machinery
  • EN 60204-1, Safety of Machinery, Electrical Equipment of Machines
  • EN ISO 10846, Laboratory Measurement of Vibro-Acoustic Transfer Properties
  • EN ISO 10848, Flanking Transmission in Buildings
  • EN ISO 10140, Laboratory Measurement of Sound Insulation of Building Elements

These references help define how vibration risk, transmission paths and acoustic performance are assessed. The selected isolation product should match the load, frequency range, and installation conditions specified in the project requirement.

British Standards

In the United Kingdom, vibration isolation products are often specified alongside building acoustic guidance and mechanical services design standards.

 

Key references can include:

  • Building Regulations 2010, Part E
  • Approved Document E, Resistance to the Passage of Sound
  • BS 8233:2014, Guidance on Sound Insulation and Noise Reduction for Buildings
  • BS 6472-1, Human Exposure to Vibration in Buildings
  • BS 7385-2, Vibration in Buildings
  • CIBSE Guide B4, Noise and Vibration Control for Building Services Systems
  • SFG20, Building Maintenance Specification

These documents influence how vibration transfer, structure-borne noise and service reliability are assessed. The isolation detail should support the acoustic target while keeping mechanical equipment stable during operation.

North American Standards

For North American projects, vibration isolation design is often guided by mechanical, structural and seismic requirements.

 

Relevant references can include:

  • American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) guidance
  • Sheet Metal and Air Conditioning Contractors' National Association (SMACNA) guidelines
  • International Building Code (IBC)
  • American Society of Civil Engineers Standard 7 (ASCE 7), Minimum Design Loads and Associated Criteria for Buildings
  • Local building codes
  • Equipment manufacturer requirements
  • Project-specific engineering specifications

These references influence support design, restraint requirements and vibration control strategy. The isolation product should match the equipment load, expected movement and seismic conditions where they apply.

Building and HVAC Engineering

Vibration isolation supports building services design when mechanical equipment transmits structure-borne noise into occupied areas.

 

Relevant guidance can include:

  • Federation of European Heating, Ventilation and Air Conditioning Associations (REHVA)
  • Eurovent Certification and performance guidance
  • Chartered Institution of Building Services Engineers (CIBSE) guidance
  • American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) guidance

These references influence equipment support, pipework isolation and vibration control strategy. The isolation detail should match the plant load, operating frequency and service layout.

Structural & Acoustic Design

Structural vibration isolation supports acoustic design where sound can bypass the main floor, wall or ceiling build-up through rigid connections.
 

Relevant standards and guidance can include:

  • EN ISO 10848, Laboratory and Field Measurement of Flanking Transmission
  • EN ISO 12354, Building Acoustics, Estimation of Acoustic Performance
  • EN ISO 10140, Laboratory Measurement of Sound Insulation of Building Elements
  • EN ISO 717, Rating of Sound Insulation in Buildings
  • Building Regulations 2010, Part E
  • Approved Document E, Resistance to the Passage of Sound
  • BS 8233:2014, Guidance on Sound Insulation and Noise Reduction for Buildings

These references influence how floating floors, resilient wall linings and isolated ceilings are detailed. The isolation product should reduce rigid vibration paths through fixings, perimeter edges and service penetrations.

Engineering Best Practice

Beyond formal standards, successful vibration isolation depends on proper engineering design, including accurate load calculations, natural frequency selection, installation methods and environmental considerations. 

 

DECIBEL's technical team guides to help ensure every solution is correctly specified for reliable long-term performance.

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

Frequently Asked Questions

What is vibration isolation?

Vibration isolation is the process of reducing the transfer of unwanted mechanical vibration between equipment, building structures or supporting surfaces. It helps minimise structure-borne noise, improve acoustic comfort, protect equipment and extend the lifespan of both machinery and buildings. 

What is the difference between vibration isolation and soundproofing?

Vibration isolation controls the transmission of mechanical vibration, while soundproofing reduces airborne sound passing between spaces. In many projects, both solutions work together to minimise noise, particularly where structure-borne vibration contributes to overall sound transmission. 

When should I use spring mounts instead of elastomeric mounts?

Spring mounts are generally recommended for heavy equipment and low-frequency vibration, such as chillers, generators and large HVAC systems. Elastomeric mounts are often the preferred choice for lighter machinery, pumps, fans, compressors and applications where compact size and excellent damping performance are required. 

Are vibration isolation products suitable for residential as well as industrial projects?

Absolutely. Vibration isolation solutions are used in homes, apartments, offices, hotels, recording studios and commercial buildings, as well as in factories, power plants, data centres and other industrial facilities. The appropriate solution depends on the application and performance requirements. 

Can vibration isolation improve equipment lifespan?

Yes. By reducing excessive vibration and mechanical stress, vibration isolation helps minimise wear on bearings, motors, pipe connections and structural fixings. This often leads to lower maintenance costs, improved reliability and a longer operational life for the equipment. 

How does vibration isolation work?

Vibration isolation works by introducing resilient elements, such as spring isolators, elastomeric mounts, rubber pads or structural decoupling systems, between the vibration source and the supporting structure. These materials absorb and dissipate mechanical energy, ensure vibration transmission reduction, and prevent noise from spreading through floors, walls and ceilings. 

Which vibration isolation solution should I choose?

The right solution depends on the application, equipment weight, vibration frequency and installation method. Structural decoupling systems are typically used for buildings, spring and elastomeric mounts for machinery and HVAC equipment, isolation pads for general equipment support, and specialist isolation products for audio systems. 

Can vibration isolation reduce low-frequency noise?

Yes. Properly selected vibration isolators significantly reduce the transmission of low-frequency vibration, helping minimise structure-borne noise generated by rotating machinery, HVAC equipment, pumps, generators and other mechanical systems. 

How do I determine the correct load capacity?

Each vibration isolator is designed to operate within a specified load range. To select the correct product, factors such as equipment weight, centre of gravity, number of support points and dynamic loading should all be considered. DECIBEL's engineering team can assist with selecting the most suitable solution. 

Does DECIBEL provide engineering support for vibration isolation projects?

Yes. Our engineers assist with selecting the most appropriate vibration isolation products based on your equipment, structural conditions, load requirements and acoustic objectives. Whether you're designing a floating floor, isolating HVAC equipment or protecting sensitive audio systems, we can recommend the most effective solution for your project. 

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Get in touch by sending us a message, or book a free consultation to discuss your project with one of our experts.

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