3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum
3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum
3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum
3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum
3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum
3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum

3M Engineered Damping Material EDM 1029, 2.9 mm, Aluminum

Regular price $227.94
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High NVH Performance. Less Material. Half the Weight
A true advancement in automotive NVH management, the 3M Engineered Damping Material EDM1029 (PDF, 240.85 Kb) allows you to use smaller, lighter-weight parts for equal performance vs. conventional CLD solutions. This 2.9 mm-thick material features an engineered stem web layer between two layers of adhesive. Along with an aluminum constraining layer, this construction delivers the damping performance of a conventional CLD like Al butyl or bitumen, at half the weight. It is excellent for damping structure-borne noise, which is critical as OEMs continually incorporate lighter-weight substrates such as thin-gauge steel, aluminum and composites into their vehicle designs. It is a great alternative to traditional damping as OEMs strive to meet fuel efficiency and CO2 regulations. It meets the requirements of many OEMs for low interior VOCs.

Each sheet is 21.5" x 16.92",  weight is 350 grams

  • Delivers comparable or better performance to conventional constrained layer damping (CLD) materials and is less than half the weight
  • Stand-off layer features low-density engineered stem web that optimizes damping performance
  • Damps structure-borne noise when lighter materials such as thin-gauge steel, aluminum and composites are used, without adding significant weight
  • Flexible, conformable material applies uniformly to complex shapes
  • Adhesive backing improves wet out and won't delaminate even at high temperatures
  • Can be installed in vertical or inverted applications
  • Meets requirements of many OEMs for low interior VOCs
  • Thickness of 2.9 mm allows for a wide range of installations where space is limited