Palmes x ATP
Copenhagen-based apparel label Palmes, known for its roots in tennis culture, has announced a new collaboration with the Association of Tennis Professionals (ATP), marking the governing body’s entry into fashion apparel.
The limited-edition capsule features tennis-inspired clothing and accessories. The collection includes T-shirts, polo shirts, tennis shorts, caps, and a tote bag, blending Palmes’ contemporary and accessible take on tennis with ATP’s branding.
“Tennis and fashion share a long-standing bond,” said Joan Carrera López, ATP’s vice president of licensing and retail. “We’re proud to place the ATP brand and these unique products into the hands of fans worldwide. This is just the beginning of our journey in fashion and lifestyle, and we’re excited to take it forward with Palmes.”
Sharing his thoughts on the collaboration, Palmes founder Nikolaj Hansson said, “I started Palmes four years ago to bring a progressive vision to tennis, expanding its cultural reach by blending fashion with influences from art, design, and architecture. As lifelong tennis fans, working with an institution as iconic as ATP is a dream come true. Together, we aim to present tennis through a modern and forward-thinking lens.”
Triarchy has launched its first collection using WTRLSS digital dyeing technology, which can reduce water consumption in dyeing and finishing…
DNM Denim is introducing advanced finishing techniques and alternative fibre blends in its SS 28 collection, with a focus on…
Bcomp has partnered with vehicle manufacturer Polestar to incorporate its lightweight, bio-based materials into the Polestar 5 four-door electric grand…
Outerknown has expanded its Woolaroo collection for Fall 2026, introducing fleece garments made with MWool recycled wool from textile manufacturer…
Pontetorto has received the Performance Days Eco Award for its Fleece 6140/Biobased, a polyester microfleece incorporating wood-derived feedstock.
Researchers have investigated the chemical reactions involved in breaking down per- and polyfluoroalkyl substances using ultraviolet light and sulfite.