Rest®, known for its award-winning Evercool® sleep products, has partnered with Noble® to unveil a new generation of cooling sheets infused with Ionic+® antimicrobial silver technology. With a goal to elevate sleep hygiene and comfort, these advanced sheets offer a lab-grade solution to bacteria and odor—no sprays or gimmicks, just proven science.
The new Evercool® Cooling Sheets feature built-in silver ions that naturally target and eliminate bacteria on contact. The resulting product provides up to 99.9% microbial removal from fabric within one hour, helping keep sheets cleaner and fresher between washes. In addition to powerful antimicrobial properties, the sheets maintain Evercool®’s signature cooling performance and breathability for an uninterrupted, comfortable night’s rest.
The new Ionic+® Evercool® Cooling Sheets are now available on the brand's website.
Image Credit: Rest®
Key Themes Behind This Trend
- Antimicrobial Bedding
- The integration of antimicrobial technology into bedding products is transforming sleep hygiene by actively reducing bacteria without the need for additional treatments.
- Cooling Sleep Accessories
- Innovative cooling technologies in sleep accessories are enhancing comfort and rest quality by maintaining an optimal sleep temperature.
- Silver-infused Textiles
- The use of silver ions in textiles offers a dual benefit of sanitation and longevity, making fabrics healthier and less prone to odors and degradation.
Where This Applies
- Bedding and Sleep Improvement
- The bedding industry is evolving with advanced materials and treatments to cater to consumer demands for healthier and more comfortable sleep environments.
- Textile Innovation
- Textile innovation is driven by the incorporation of novel materials and technologies that enhance the functional capabilities of fabrics beyond traditional uses.
- Healthcare and Wellness Products
- Healthcare and wellness products are increasingly integrating antimicrobial solutions to meet the growing consumer awareness and demand for hygienic home environments.
