Noiseflex® Panino MH is a high-performance acoustic composite system designed to simultaneously reduce airborne and structure-borne noise. It combines the open-cell Noiseflex® MH EcoBalanced* melamine resin foam, available in either white, grey or anthrazite (dark), with the Noiseflex® Vibra light or Noiseflex® Vibra heavy bitumen-based heavy layer. By combining a sound-absorbing material with a vibration-damping backing layer, the system is particularly suitable for applications with demanding acoustic optimisation requirements.
The melamine resin foam reduces unwanted airborne sound and reverberation, while the Noiseflex® Vibra light or Noiseflex® Vibra heavy bitumen-based heavy layer minimises vibration transmission, thereby helping to reduce structure-borne noise. The result is a space-saving system for improving noise control in technical installations, machinery and enclosures.
*Further information on the Noiseflex® MH EcoBalanced base material can be found via this link.
Noiseflex® Panino MH combines two proven acoustic components in a single composite system. The combination of lightweight melamine resin foam and a highly effective heavy layer provides both effective sound absorption and additional sound insulation.
Noiseflex® Panino MH consists of a Noiseflex® MH EcoBalanced foam sheet (available in white, grey or anthracite (dark)), which is factory-laminated with Noiseflex® Vibra light or Noiseflex® Vibra heavy. Depending on the required level of sound insulation, two system variants with different area weights are available. Both versions are supplied in the standard format of 1000 × 500 mm. Other sizes can be manufactured on request.
For a permanently secure bond, the substrate should be dry and free from dust, oil and grease. BOSIG recommends the use of solvent-free, low-emission BOSIG adhesive systems. Depending on the installation situation, additional mechanical fixing may also be advisable. To maintain the acoustic effectiveness of the system, Noiseflex® Panino MH should be pressed firmly over the entire surface without trapping any air, ideally using a roller.
