Pastel and saturated colors, in smooth and embossed finishes
Preference for citrus and plant-related shades
Matte and semi-gloss finishes prevail
Floater and napa leather, nubucks, and anilines among the most sought-after
Very smooth, polished, and flexible surfaces
Reptile and geometric textures, embossing, interweaving, and perforation add tactile richness to the materials
Iridescent, smoky, and "artistic smudges" effects add movement and appeal
Mono and multicolored interwoven fabrics, of high artisanal value
Tanned materials without metals, with higher requirements for traceability, sustainability, and animal welfare
Color application displays contrasts between opposing tones, and glossy and matte finishes
Sophisticated processes involving transfers, engravings, and overprints, for exclusive aesthetic results
Textured laminates, with aged and vintage finishes, juxtaposed against a new futuristic and 3D visual
The demand for textiles is leaning towards natural materials such as linen, silk, cotton, canvas, and cold wool. In smooth, striped, floral, and abstract and diffuse pattern finishes.
There's a proliferation of open weaves: mesh, nets, grids, interweaving, cutwork, tulles, mesh knitted fabric, etc., which are highly functional for the season.
In synthetic materials, bright and saturated colors are also prevalent, complemented by pastels
There are numerous options in embroidered surfaces or distinctive textures, adding more elegance and originality
The trend for more texture enhances the offering of fabrics with slub yarns, canvases and raw and rustic tussor.
Canvas and gabardine showcase digital and sublimated prints, with a profusion of colors, featuring floral and natural themes
In textiles, aged, resin-coated, and stone-washed finishes predominate. Lurex and glitters contribute to the shine
There's a growing focus on eco-friendly fabrics and textiles through recycling or reclamation processes
Nylon, polyester, and elastane are frequently used materials in synthetic fabrics due to their comfort and performance properties
