Last updated: May 2026 — Guide reviewed with updated UK regulations, Shore hardness guidance, and anti-vibration product comparison table.

Anti-Vibration Matting UK: The Complete Guide to Reducing Machine and Equipment Vibration

Machinery vibration is one of the most damaging and costly problems in UK manufacturing, engineering, and construction environments. Uncontrolled vibration causes premature bearing failure, loosened fasteners, structural fatigue, increased noise, and — critically — Hand-Arm Vibration Syndrome (HAVS) in workers. Anti-vibration matting is the most cost-effective first line of defence: correctly specified, it can reduce transmitted vibration by 60–95%.

Rubberco supplies the UK's widest range of anti-vibration rubber matting, pads, and mounts — from standard ribbed rubber to precision-engineered cork-rubber composites and natural rubber mounts for sensitive industrial applications.

What Is Anti-Vibration Matting?

Anti-vibration matting is a specialist rubber (or rubber-composite) material designed to absorb and dampen mechanical vibration before it transmits to floors, structures, or adjacent equipment. Unlike standard rubber matting, anti-vibration products are engineered for specific frequency ranges, static load capacities, and deflection characteristics.

The core mechanism is simple: rubber deforms elastically under cyclic vibration load, converting kinetic energy to heat. The efficiency depends on the rubber compound, thickness, hardness (Shore A), and load applied.

Types of Anti-Vibration Matting

Ribbed Anti-Vibration Matting

The most widely used anti-vibration product in the UK. Ribbed or waffle-pattern rubber mats are cut to size and placed under machinery bases. The ribs/cells compress under static load to provide the ideal operating deflection (typically 10–15% of thickness).

• Typical hardness: 40–60° Shore A
• Suitable for: compressors, pumps, generators, HVAC equipment, machine tools
• Load range: 0.1–1.5 N/mm² depending on thickness and grade

Cork-Rubber Anti-Vibration Matting

Cork-rubber composites combine the natural damping properties of cork with rubber's elasticity. This combination provides excellent isolation across a wider frequency range than rubber alone, and is preferred for sensitive laboratory equipment, printing presses, and precision CNC machinery.

• Better performance at lower frequencies than ribbed rubber
• Typically used in 12–50mm thicknesses
• Good resistance to oil and mild chemicals

Sponge Anti-Vibration Matting

Open or closed-cell rubber sponge pads provide softer, lower-hardness isolation for lighter equipment — electric motors, small pumps, fans, server racks, and audio equipment.

Natural Rubber Anti-Vibration Mounts

For critical applications where a mat is insufficient, natural rubber mounts (stud mounts, sandwich mounts, conical mounts) provide precision isolation with defined load-deflection curves. Available as direct replacements for OEM mounts or as bespoke designs.

How to Choose the Right Anti-Vibration Matting

Step 1: Establish the Load

Calculate the static load per unit area (N/mm² or kg/cm²). Divide the total machine weight (including product/contents) by the contact area of your matting pads. If load is too high or too low for the mat's specification, isolation performance degrades significantly.

Step 2: Identify the Problem Frequency

The disturbing frequency (Hz) of your machinery determines the required natural frequency of the isolation system. For good isolation, you need the system natural frequency to be at least 3× below the disturbing frequency. Most industrial machinery operates between 25–200 Hz.

Step 3: Select Shore Hardness

• 30–40° Shore A: Light loads, lower frequencies, sensitive equipment
• 40–55° Shore A: Standard industrial machinery — most common specification
• 55–70° Shore A: Heavy machinery, high static loads, robust installations

Step 4: Specify Thickness

Thicker mats allow greater deflection and lower natural frequency. Typical thicknesses: 6mm, 10mm, 12mm, 25mm, 50mm. For most industrial machinery, 10–25mm is the practical range.

Applications for Anti-Vibration Matting UK

• Manufacturing: CNC machines, lathes, presses, stamping equipment
• Engineering workshops: Bench drills, grinders, compressors
• HVAC and building services: Air handling units, chillers, pumps, cooling towers
• Power generation: Diesel generators, UPS systems, transformers
• Food and drink production: Filling lines, bottling machinery, mixers
• Printing: Large format printers, guillotines, folding machines
• Construction: Concrete breakers, compaction equipment, generators
• Domestic/commercial: Washing machines, tumble dryers, gym equipment

Anti-Vibration Matting Types: Comparison Table

UK Regulations: Vibration and the Control of Vibration at Work Regulations 2005

The Control of Vibration at Work Regulations 2005 (SI 2005/1093) implement the EU Physical Agents Directive. Under these regulations, employers must:

• Assess vibration exposure against the Exposure Action Value (EAV) of 2.5 m/s² A(8)
• Take action to reduce vibration at or above the EAV — including equipment anti-vibration measures
• Not exceed the Exposure Limit Value (ELV) of 5.0 m/s² A(8)

Anti-vibration matting placed under machinery is a primary engineering control that directly reduces both structure-borne and airborne vibration transmission — directly supporting compliance with these regulations.

Installation Best Practices

1. Clean the sub-floor: Remove oil, debris and loose material from the floor area before laying
2. Level the surface: Anti-vibration matting works best on flat, rigid concrete or steel floors. Correct any significant unevenness
3. Size the pads correctly: Don't use one large sheet when four smaller pads under the machine feet will provide better isolation and easier installation
4. Check operating deflection: Under static load, the mat should deflect 10–20% of its original thickness for optimal performance
5. Don't over-constrain: Bolting the machine down through anti-vibration pads can reduce effectiveness. Use captive-nut mounts where bolt-down is required
6. Review after commissioning: Check for excessive deflection or mat creep after the first 24–48 hours of operation

Frequently Asked Questions

What is the best anti-vibration matting for a compressor?

For most single-phase reciprocating compressors (25–200 Hz operating frequency, 50–500 kg weight), a 10–12mm ribbed rubber mat in 50–55° Shore A hardness is the standard specification. For larger industrial compressors, cork-rubber composites or bespoke mount systems may be needed.

Can anti-vibration matting reduce noise?

Yes — structure-borne noise (transmitted through floor and building structure) is significantly reduced by anti-vibration matting. It will not reduce airborne noise from the machine itself, but noise levels in adjacent rooms and floors will decrease noticeably.

How long does anti-vibration rubber matting last?

Quality vulcanised rubber anti-vibration matting typically lasts 5–15 years in continuous industrial use, depending on loading, temperature, and exposure to oils or chemicals. Cork-rubber composites are generally more durable than open-cell sponge grades.

Can I use standard rubber matting as anti-vibration matting?

Standard rubber matting (e.g., ribbed entrance matting or gym flooring) is not engineered for vibration isolation. Hardness and thickness are not optimised, and load-deflection characteristics are unpredictable. Purpose-made anti-vibration matting will significantly outperform a generic rubber mat for isolation applications.

Is anti-vibration matting the same as acoustic matting?

There is overlap — both deal with vibration and noise transmission through structures. Anti-vibration matting is primarily for machinery isolation. Acoustic matting (e.g., soundproofing underlay) is optimised for reducing impact sound between floors and walls. Some cork-rubber composites perform well in both roles.

What is the standard thickness for anti-vibration matting?

The most commonly specified thickness in UK industrial applications is 10mm and 12mm for ribbed grades. Cork-rubber is typically specified at 12–25mm. Heavier machinery applications may require 25–50mm, or stacked layers.