Econic Introduces Materials for Premium Mattresses Made from Captured Carbon

Econic Introduces Sustainable Materials. Econic’s new technology for sustainable viscoelastic foams outperforms the market standard, according to company officials.
Econic’s new technology for sustainable viscoelastic foams outperforms the market standard, according to company officials.

Econic Technologies, a U.K.-based deep tech company focused on renewable carbon, has unveiled new technology for memory foam mattresses based on captured CO₂ emissions. 

Sleep brands and furniture companies that opt for foams made with Econic’s renewable carbon technology instead of petrochemicals can make bolder environmental claims while enhancing product comfort and quality, according to a news release. 

“Econic’s technology goes beyond sustainable materials,” said Econic CEO Keith Wiggins. “We’re setting a new standard of performance for the mattress industry. This represents a significant step toward a more circular economy without compromising on quality. Now mattress and furniture companies can deliver an even better consumer experience thanks to renewable carbon.” 

Econic’s technology enhances the sustainability and circularity of products by reducing emissions and closing the carbon loop, company officials said. The technology works by replacing fossil fuels in polyols, a key ingredient in the production of viscoelastic foams, also known as memory foams. 

Both odorless and colorless, polyols made with Econic’s technology yield 20% to 50% fewer greenhouse gases, according to a news release. They can be used alone or in combination with recycled and bio-based polyols, allowing manufacturers to tailor their VE foams based on specific needs and sustainability targets. 

Foams made with Econic’s technology perform as well as or better than standard VE foams, company officials said. The foams give manufacturers the flexibility to enhance rebound, recovery time and other characteristics. On average, VE foams made with Econic’s technology demonstrate ball rebound under 15%, recovery time of under 11 seconds and tensile strength (40-58 kPa). 

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