Dow has announced the launch of MobilityScience Studios to support the development of innovative transportation technologies. The first two studios, located in Midland, Michigan and Lake Jackson, Texas, offer a collaborative workspace that features advanced suite of testing capabilities focused on acoustic and powertrain solutions for fast-moving automotive applications.

These enable Dow to create tailor-made noise, vibration, and harshness (NVH) and sealing, powertrain, and fluid transfer system solutions unique to any specifications.

Through an integrated approach, MobilityScience Studios foster collaboration to provide customers with solutions ranging from custom product formulations to factory line implementation.

Dow accelerates collaboration for automotive industry with MobilityScience Studios.

“MobilityScience Studios offer a comprehensive development network that combines collaboration spaces and access to experts with formulation, fabrication, and testing capabilities to deliver better, more innovative and more sustainable mobility solutions to market, faster,” said Tim Boven, MobilityScience Growth Director at Dow.

Tailoring solutions across the acoustics spectrum

Automotive OEMs and Tiers collaborating at MobilityScience Studio - Acoustics in Midland, MI will have access to Dow’s vast portfolio of polyurethane foams, elastomers, resins, coatings materials and specialty chemicals, and can work alongside Dow experts who bridge the gap between acoustics and materials.

“We are using our vast market understanding and technical know-how to fine-tune polyurethane cells at the molecular level and improve acoustic performance of our materials for our customers,” commented Dr. Esther Quintanilla, Global Mobility Market Leader at Dow Polyurethanes.

The MobilityScience Studio - Acoustics will empower Dow to create acoustic materials that cover the full spectrum of customers’ exact needs across frequencies, applications and materials, as well as characteristics like aesthetics and durability. Customers will be able to engage in the process and collaborate on customizable solutions through advanced testing capabilities, including:

• Damping analysis with oberst beam testing

• Sound-proof simulation in hemi-anechoic chamber

• Sound absorption and transmission through impedance tube testing

• High-end modeling that utilizes Finite Element Analysis (FEA) and Statistical Energy Analysis (SEA)

• Passenger simulation with binaural manikins

• Frequency analysis with laser vibrometer

• Microscopy to look at foam at molecular level

Additionally, Dow has engineered ACOUSTIMIZE methodology to be used in the Studio, which delivers a holistic evaluation of targeted cavity fill applications to generate quantitative data to understand the acoustic performance of polyurethane materials. The resulting information is key to better fabrication of tailored solutions like SPECFLEX Systems and customizable BETAFOAM Acoustic Foams formulations.

At the MobilityScience Studio - Acoustics, Dow’s innovative acrylic liquid applied sound damping (LASD) technologies offer sustainability, process and acoustic performance advantages compared to traditional sound damping systems like bitumen pads and viscoelastic materials.

Dow’s ACOUSTICRYL Acrylic Resins with AVANSE Technology for LASD can be formulated into water-borne, liquid applied vibration damping materials that provide improved acoustic performance, reduce costs and facilitate the health and safety of workers and the environment.

Accelerate sealing, powertrain, and fluid transfer system innovations

MobilityScience Studio - Lake Jackson, TX offers capabilities aimed at the development and commercialization of sealing, powertrain, and fluid transfer system components such as weatherstrips, belts and hoses.

“From formulation creation and mixing through extrusion, curing and end-use testing, the Studio offers a host of comprehensive capabilities for fast-tracking development of innovative EPDM solutions for the transportation industry,” stated Robert Guerrieri, North America Marketing Manager, Transportation at Dow Packaging and Specialty Plastics.

In particular, this Studio will act as a catalyst to create the next generation of NORDEL EPDM products, further expanding the widest range of ethylene content available to the industry. Customers will have access to a variety of state-of-the-art resources to both advance customization of new products and verify end-use performance, including:

• Pilot scale formulation creation, mixing, extrusion, curing, validation of custom-tailored solutions

• Comprehensive evaluation and troubleshooting of mixing, milling/calendering, and extrusion-related processing issues

• Onsite analytical testing and validation of physical property performance in uncured and cured compounds as well as finished prototypes

Dow has announced the launch of MobilityScience Studios to support the development of innovative transportation technologies. The first two studios, located in Midland, Michigan and Lake Jackson, Texas, offer a collaborative workspace that features advanced suite of testing capabilities focused on acoustic and powertrain solutions for fast-moving automotive applications.

These enable Dow to create tailor-made noise, vibration, and harshness (NVH) and sealing, powertrain, and fluid transfer system solutions unique to any specifications.

Through an integrated approach, MobilityScience Studios foster collaboration to provide customers with solutions ranging from custom product formulations to factory line implementation.

Dow accelerates collaboration for automotive industry with MobilityScience Studios.

“MobilityScience Studios offer a comprehensive development network that combines collaboration spaces and access to experts with formulation, fabrication, and testing capabilities to deliver better, more innovative and more sustainable mobility solutions to market, faster,” said Tim Boven, MobilityScience Growth Director at Dow.

Tailoring solutions across the acoustics spectrum

Automotive OEMs and Tiers collaborating at MobilityScience Studio - Acoustics in Midland, MI will have access to Dow’s vast portfolio of polyurethane foams, elastomers, resins, coatings materials and specialty chemicals, and can work alongside Dow experts who bridge the gap between acoustics and materials.

“We are using our vast market understanding and technical know-how to fine-tune polyurethane cells at the molecular level and improve acoustic performance of our materials for our customers,” commented Dr. Esther Quintanilla, Global Mobility Market Leader at Dow Polyurethanes.

The MobilityScience Studio - Acoustics will empower Dow to create acoustic materials that cover the full spectrum of customers’ exact needs across frequencies, applications and materials, as well as characteristics like aesthetics and durability. Customers will be able to engage in the process and collaborate on customizable solutions through advanced testing capabilities, including:

• Damping analysis with oberst beam testing

• Sound-proof simulation in hemi-anechoic chamber

• Sound absorption and transmission through impedance tube testing

• High-end modeling that utilizes Finite Element Analysis (FEA) and Statistical Energy Analysis (SEA)

• Passenger simulation with binaural manikins

• Frequency analysis with laser vibrometer

• Microscopy to look at foam at molecular level

Additionally, Dow has engineered ACOUSTIMIZE methodology to be used in the Studio, which delivers a holistic evaluation of targeted cavity fill applications to generate quantitative data to understand the acoustic performance of polyurethane materials. The resulting information is key to better fabrication of tailored solutions like SPECFLEX Systems and customizable BETAFOAM Acoustic Foams formulations.

At the MobilityScience Studio - Acoustics, Dow’s innovative acrylic liquid applied sound damping (LASD) technologies offer sustainability, process and acoustic performance advantages compared to traditional sound damping systems like bitumen pads and viscoelastic materials.

Dow’s ACOUSTICRYL Acrylic Resins with AVANSE Technology for LASD can be formulated into water-borne, liquid applied vibration damping materials that provide improved acoustic performance, reduce costs and facilitate the health and safety of workers and the environment.

Accelerate sealing, powertrain, and fluid transfer system innovations

MobilityScience Studio - Lake Jackson, TX offers capabilities aimed at the development and commercialization of sealing, powertrain, and fluid transfer system components such as weatherstrips, belts and hoses.

“From formulation creation and mixing through extrusion, curing and end-use testing, the Studio offers a host of comprehensive capabilities for fast-tracking development of innovative EPDM solutions for the transportation industry,” stated Robert Guerrieri, North America Marketing Manager, Transportation at Dow Packaging and Specialty Plastics.

In particular, this Studio will act as a catalyst to create the next generation of NORDEL EPDM products, further expanding the widest range of ethylene content available to the industry. Customers will have access to a variety of state-of-the-art resources to both advance customization of new products and verify end-use performance, including:

• Pilot scale formulation creation, mixing, extrusion, curing, validation of custom-tailored solutions

• Comprehensive evaluation and troubleshooting of mixing, milling/calendering, and extrusion-related processing issues

• Onsite analytical testing and validation of physical property performance in uncured and cured compounds as well as finished prototypes