Description
Anti Vibration Rubber Sheet – Industrial Machinery Isolation
Specialist anti vibration rubber sheet engineered for machinery isolation, vibration dampening, and noise reduction in industrial environments. This high-density rubber compound effectively absorbs and dissipates vibrational energy, protecting both equipment and surrounding structures while significantly reducing workplace noise levels.
Why Anti Vibration Rubber Matters
Unchecked machinery vibration causes premature bearing wear, foundation damage, fastener loosening, and excessive noise. Our anti-vibration rubber provides the critical damping layer between vibrating equipment and structures. With over 16 years supplying UK manufacturing, we understand what engineers need: consistent quality, accurate specifications, and reliable supply.
Technical Specifications
| Property | Value | Test Standard |
|---|---|---|
| Material | High-Density SBR/NR Blend | - |
| Hardness | 60±5 Shore A | ASTM D2240 |
| Tensile Strength | ≥8 MPa | ISO 37 |
| Elongation at Break | ≥400% | ISO 37 |
| Compression Set (22h @ 70°C) | ≤25% | ISO 815 |
| Vibration Damping | Loss Factor 0.08-0.12 | - |
| Natural Frequency | 8-15 Hz (thickness dependent) | - |
| Temperature Range | -25°C to +80°C | - |
| Roll Width | 1200-1400mm | - |
| Thickness Options | 3mm, 5mm, 6mm, 10mm, 12mm, 15mm, 20mm, 25mm | - |
| Colour | Black | - |
| Surface Finish | Smooth both sides | - |
Vibration Isolation Principles
Effective vibration isolation requires the mounting system's natural frequency to be well below the machine's operating frequency – ideally 1/3 or less. Thicker, softer rubber provides better isolation for low-frequency vibration, while thinner, firmer rubber suits higher-frequency applications. Our 60 Shore A compound offers an excellent balance for most industrial machinery.
Key Benefits
- Effective Vibration Damping: Loss factor of 0.08-0.12 converts vibrational energy to heat, reducing transmission to structures
- Low Compression Set: ≤25% compression set ensures long-term performance under constant load
- Wide Thickness Range: 3mm to 25mm options for precise tuning of isolation characteristics
- Noise Reduction: Breaks structure-borne noise paths, reducing workplace sound levels
- Easy Installation: Simply cut to size and place under equipment – no special tools required
- Free UK Delivery: No minimum order charges on deliveries across mainland UK
Industrial Applications
CNC Machinery & Machine Tools
Isolate precision equipment from floor vibration and prevent machine-generated vibration affecting adjacent equipment. Critical for achieving tight tolerances in machining operations.
Compressors & Pumps
Reduce transmitted vibration from reciprocating and rotary equipment. Prevents structural resonance that amplifies noise and causes premature building fatigue.
HVAC Equipment
Air handling units, chillers, and rooftop plant benefit from vibration isolation to prevent noise transmission into occupied spaces below.
Generators & Power Equipment
Diesel generators, UPS systems, and backup power equipment require isolation to prevent vibration transmission during operation and testing.
Conveyor Systems
Motor and gearbox mounts, idler frames, and drive stations all benefit from anti-vibration mounting to reduce wear and noise.
Laboratory Equipment
Sensitive instruments require isolation from building vibration for accurate measurements. Place anti-vibration pads under equipment bases.
Thickness Selection Guide
| Thickness | Load Capacity* | Best Applications |
|---|---|---|
| 3mm | 0.1-0.3 MPa | Light equipment, electronics, instrumentation |
| 5mm | 0.2-0.4 MPa | Small motors, pumps, bench equipment |
| 6mm | 0.2-0.5 MPa | Medium machinery, workshop equipment |
| 10mm | 0.3-0.6 MPa | Machine tools, compressors, generators |
| 12mm | 0.3-0.7 MPa | Heavy industrial equipment, presses |
| 15mm | 0.4-0.8 MPa | Large rotating equipment, high isolation needs |
| 20mm | 0.4-1.0 MPa | Heavy machinery requiring maximum isolation |
| 25mm | 0.5-1.2 MPa | Extreme isolation applications, large installations |
*Optimal loading for best vibration isolation. Overloading reduces effectiveness; underloading may cause instability.
Installation Guidelines
For optimal performance:
- Calculate total equipment weight including operational loads (fluids, materials)
- Size pads so loading falls within recommended range (typically 0.3-0.5 MPa)
- Use multiple smaller pads rather than one large sheet for better stability
- Ensure level contact across entire pad surface
- Allow 24-48 hours for initial compression before final levelling
Ordering Information
Sold by the linear metre – order the exact length you need. Width is 1200-1400mm depending on thickness. Can be easily cut with a sharp knife or bandsaw.
✓ 16+ Years UK Industrial Supply | ✓ Free UK Delivery | ✓ Same-Day Despatch (orders before 2pm) | ✓ Technical Advice Available
Frequently Asked Questions
Q: How does anti-vibration rubber sheet work to reduce machinery noise?
Anti-vibration rubber sheet acts as a mechanical decoupler between vibrating machinery and the floor or structure it sits on. The elastomeric properties of rubber absorb and dissipate mechanical energy, converting kinetic vibration into low-level heat rather than allowing it to transmit through the building fabric. This reduces structure-borne noise, protects floor surfaces, and extends machinery life by dampening operational stresses.
Q: What thickness of anti-vibration rubber do I need for my machine?
The correct thickness depends on the mass and vibration frequency of the equipment. Light-duty applications such as washing machines, small pumps, or fans typically need 6–10mm. Medium industrial plant — compressors, CNC machines, generators — generally requires 12–20mm. For very heavy plant or low-frequency vibration, 25mm or laminated multi-layer solutions deliver the best isolation. Our UK team can advise based on your machinery specifications.
Q: Can I use anti-vibration rubber sheet under gym equipment?
Yes — anti-vibration rubber sheet is excellent under commercial gym equipment such as treadmills, elliptical trainers, and free-weight platforms. It protects the subfloor, reduces noise transmission to the floor below, and prevents equipment from walking across smooth floor surfaces during intense use.
Q: Is anti-vibration rubber sheet oil resistant?
Standard SBR anti-vibration rubber sheet has limited oil resistance and is not recommended for direct contact with mineral oils. For machine bases in environments where oil leaks are likely, specify our nitrile (NBR) grade anti-vibration rubber, which offers excellent resistance to petroleum oils, lubricants, and fuels.
Q: How do I install anti-vibration rubber sheet under machinery?
Simply cut the rubber sheet to the footprint of the machine using a Stanley knife or bandsaw, place it on the floor, and position the equipment on top. For large machines, it can be bonded to the base frame using contact adhesive. No specialist installation is required — the natural friction coefficient of rubber is sufficient to prevent movement under most plant.
Q: Can anti-vibration rubber be cut to custom shapes?
Yes — anti-vibration rubber sheet is easy to cut to bespoke shapes for complex machine bases, inertia blocks, or mounting systems. Thin sheets cut cleanly with heavy scissors; thicker grades require a bandsaw or angle grinder. We also offer custom cut-to-size ordering so you receive the exact dimensions with minimal waste.
Q: What temperature range is safe for industrial anti-vibration rubber?
Our industrial anti-vibration SBR rubber sheet performs reliably between -30°C and +80°C, covering the full range of UK industrial environments from cold stores to heated production halls. If your application involves higher temperatures — for example near furnaces or automotive exhaust systems — please enquire about high-temperature EPDM or silicone rubber alternatives.
✅ Free UK Delivery on all orders | ✅ Cut to Size Available | ✅ Trade Accounts Welcome | ✅ Expert UK Team | ✅ BS7976 Compliant Products
Anti Vibration Rubber Sheet Industrial 3-25mm Machinery Isolation | RubberMatting-Direct
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