Many mattresses are designed with support in mind which often comes at the expense of temperature-related comfort, which is something the Allswell Cool mattress is intended to help change.
The mattress is constructed with individually wrapped coils to offer impressive support, while also reducing motion transfer to not disturb a partner. A 1.5-inch layer of memory foam offers pressure relief, while 1.5-inches of copper foam captures and disperses heat for a cooler overall sleeping experience.
The Allswell Cool mattress is finished with a one-inch cooling gel fabric on the exterior to further accommodate heat dissipation during the night. Suitable for use in any sleeping position, the mattress is priced at $999 for the queen size and promises to balance out comfort in every respect.
Image Credit: Allswell
What Makes This Trend Stand Out
- Heat-dissipating Mattresses
- The trend towards heat-dissipating mattresses presents an opportunity for innovation in materials science and thermal management technology.
- Individual Coil Support
- The trend towards individually-wrapped coil support presents an opportunity for innovation in customizable and adaptable mattress design.
- Copper Infusion
- The trend towards copper-infused materials in mattresses presents an opportunity for innovation in health-promoting sleep technologies.
Sectors Adopting This
- Mattress Manufacturing
- The mattress manufacturing industry is ripe for disruption through new materials and construction techniques that prioritize temperature regulation and individualized support.
- Sleep Technology
- The sleep technology industry can capitalize on the trend towards heat-dissipating, health-promoting sleep solutions by developing innovative products that integrate sensors and algorithms to optimize sleep quality.
- Athletic Recovery
- The athletic recovery industry can leverage the trend towards copper-infused materials and heat dissipation to develop products that enhance post-workout recovery through improved muscle relaxation and reduced inflammation.
