Hologenix x Cadence
Hologenix, the company behind CELLIANT® infrared materials, has partnered with Cadense, creators of the world’s first Variable Friction shoes, to introduce the Cadense Energy Boost Performance sock. This innovative product uses CELLIANT’s proprietary technology to convert body heat into infrared energy, which improves local circulation and cellular oxygenation.
Cadense is known for its footwear designed to reduce friction during walking, particularly for those with mobility issues due to injuries, neurological conditions, or age-related challenges. The Energy Boost sock marks the company’s first venture into using infrared technology to further support their customers.
Cadense CEO Johannes Sauer expressed excitement about the collaboration, emphasizing the benefits of CELLIANT’s technology in improving mobility. The infrared energy captured by the socks is reflected back into the foot and lower leg, enhancing circulation—an essential feature for people who spend extended time on their feet or need additional support.
Seth Casden, founder and CEO of Hologenix, echoed the enthusiasm for the partnership, noting Cadense’s commitment to their community. He emphasized that both companies share a mission to improve the quality of life for people, particularly those with often overlooked needs in mobility.
HKRITA has developed an intelligent clothing system that can automatically adjust its thermal insulation according to changes in temperature.
British knitwear manufacturer John Smedley and London-based fashion label Wales Bonner have released their second co-branded collection for Autumn/Winter 2026.
ReFiber has launched a campaign to collect unused clothes from consumers and help address the growing problem of post-consumer textile…
Swedish outdoor brand Peak Performance has introduced its new Treeline shell collection, designed for people who enjoy outdoor activities throughout…
Xtep has launched its new flagship marathon running shoe range, the 160X 8.0 Ultra, featuring a high-end GT1200 carbon sole…
Researchers at National University of Singapore have developed a method to transform difficult-to-recycle carbon fibre and epoxy composite waste into…