Webinar Slides
Ricardo Homma, Kaoru Aou, and Luca Lotti explain how to use Dow’s innovative acoustics solutions to create more comfortable, quieter, and lighter next-generation vehicles.

Key topics and takeaways:

  • Gain insight into Dow’s acoustics portfolio solutions
  • Discover the power of acoustic modeling in setting future material targets
  • Find out about Dow’s MobilityScience™ Studios – Acoustics, and how it might be used in partnering with OEM/NVH Tier suppliers
  • Learn how Dow’s future mobility acoustic solutions can enable more comfortable, quieter, lighter and sustainable mobility
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Explore Example Solutions

Excessive noise and vibration can significantly affect product quality and user experience. Our BETAFOAM™ CIR Acoustical Foam Systems provide high performance in reducing noise and vibration in the Body-In-White cavities, making them ideal for automotive and industrial applications.

By introducing circular feedstocks into our production, Dow produces BETAFOAM™ CIR Acoustical Foam Systems featuring up to 60% ISCC PLUS certified recycled material attributed through mass balance with an over 40% CO2 reduction compared to its virgin fossil based alternative2.

If you're facing difficulties in achieving low-emission interiors and fast curing times, our HVE SPECFLEX™ CIR Acoustical Foam Systems C offer the best-in-class reduction of resonance peak height at all frequencies, excellent ultra-low emission interiors test1, fast curing, and excellent flowability.

By introducing circular feedstocks into our production, Dow produces HVE SPECFLEX™ CIR Acoustical Foam Systems C featuring up to 60% ISCC PLUS certified recycled material attributed through mass balance and achieve over 40% CO2 reduction compared to its virgin fossil based alternative2.

For those challenges in producing foam parts with low emissions and fast curing, our HR SPECFLEX™ CIR Acoustical Foam Systems A provide excellent low emission interiors test1, fast curing, and excellent flowability. By introducing circular feedstocks into our production, Dow produces HR SPECFLEX™ CIR Acoustical Foam Systems A featuring

up to 60% ISCC PLUS certified recycled material attributed through mass balance and achieve over 40% CO2 reduction compared to its virgin fossil based alternative2.



If you need viscoelastic flexible molded foams with ultra-low emissions, our VE SPECFLEX™ CIR Acoustical Foam Systems B offer excellent ultra-low emission interiors1, fast curing behavior, and excellent flowability. By introducing circular feedstocks into our production, Dow produces VE SPECFLEX™ CIR Acoustical Foam Systems B featuring up to 60% ISCC PLUS certified recycled material attributed through mass balance and achieve over 40% CO2 reduction compared to its virgin fossil based alternative2.
1 According to VDA 378, VDA277, VDA 276 standards for automotive interior emissions testing
2 Based on Dow internal Product Carbon Footprint calculations following ISO 14040/44/67 cradle-to-gate+ waste EoL. Recycling system calculated using system expansion (cut-off approach of TfS, the gold standard for calculating PCF in Chemical industry). TfS = Together for Sustainability. Calculations have been internally peer-reviewed but not 3rd party verified.
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