Description
2mm Foil Butyl Anti-Vibration Sound Deadening Pads – 380mm × 250mm – Pack of 10
Reduce Panel Vibration, Resonance & Rattles
High Peak Conversions 2mm anti-vibration pads are designed to reduce unwanted vibration and resonance through vehicle body panels.
Manufactured from a dense butyl-based damping compound with an embossed aluminium foil facing and strong self-adhesive backing, the pads bond directly to clean metal surfaces and help control vibration before it becomes audible panel noise.
Ideal for cars, vans, campervans, motorhomes and commercial vehicle conversions.
Key Features
- Effective Vibration Damping
Helps reduce resonance through metal body panels, cutting down on rattles, booming and panel-generated noise. - Dense Butyl-Based Construction
The damping layer adds mass to vehicle panels and helps suppress unwanted vibration. - 2mm Thickness
Provides substantial damping performance while remaining compact enough for installation behind insulation, trim panels and interior linings. - Strong Self-Adhesive Backing
Peel-and-stick application allows the pads to bond directly to correctly prepared metal surfaces. - 380mm × 250mm Pre-Cut Pads
Convenient individual sheets make the product easy to position and reduce unnecessary cutting and waste. - Embossed Aluminium Foil Facing
Provides a durable outer surface and helps support the damping material during installation. - Flexible & Easy to Trim
Can be cut to suit ribs, recesses, wheel arches and awkward areas within the vehicle body. - Ideal for Van Conversions
Particularly effective on the larger unsupported metal panels commonly found in panel vans and commercial vehicles.Specification Details Product Foil Anti-Vibration Sound Deadening Pads Damping Material Butyl-based compound Surface Embossed aluminium foil Thickness 2mm Pad Size 380mm × 250mm Quantity 10 pads Coverage per Pad 0.095 m² Total Coverage Approx. 0.95 m² Total Pack Weight Approx. 4.5kg Approx. Weight per Pad 450g Backing Self-adhesive Colour Silver Primary Function Panel vibration damping






