Dow partners with GoodBed on mattress microclimate testing program

Dow is collaborating with GoodBed, a mattress information resource, to build a mattress testing program that combines Dow's ComfortScience Studio lab testing with GoodBed's Mattress DNA evaluation framework. The research focuses on microclimate performance, examining how mattress characteristics affect temperature, humidity and airflow in both wet and dry conditions. Dow says the findings are intended to guide bedding manufacturers and raw material suppliers in developing and substantiating differentiated polyurethane foam products.

Key facts

Market context

Polyurethane foam is a versatile polymer made by reacting polyols with isocyanates, and its density, resilience and cell structure can be tuned to produce very different feels. In bedding, flexible foams such as viscoelastic (memory) foam, latex-like foam and high-resiliency foam are used as comfort layers and cores, so their performance directly shapes mattress sales. The main end markets are mattress manufacturing, bedding retail and the broader furniture and home furnishings sector, where buyers increasingly ask how a product handles heat, moisture and airflow rather than only how it feels at first touch. Test programs that measure these properties can help raw material suppliers and bedding makers substantiate claims and differentiate products within a crowded category. Such work does not usually change feedstock supply or prices on its own, but it can shift specification choices among foam formulators and influence which polyol and isocyanate systems gain share in comfort applications.

Source: official release on corporate.dow.com. Summary and context written by Market Krystal.