Features: Durable, versatile, and reduces plastic waste.

Benefits: Converts post-consumer plastic bottles into usable fabric, lowering pollution and reliance on virgin materials. Plastic bottles are collected, cleaned, and shredded into flakes. These flakes are melted and spun into yarn to produce high-quality, durable fabric. Reduces landfill waste and carbon emissions. Saves energy compared to virgin polyester production.

Features: Diverts textile waste from landfills and gives it a second life.

Benefits: Provides a soft, strong alternative to virgin cotton or synthetic blends. Ideal for woven suiting, shirting, and structured garments

Features: Bio-based and fully compostable polyester alternative

Benefits: Offers stretch and moisture-wicking performance, and reduces dependence on fossil fuel–based synthetics, and great for pants and suits requiring movement and durability.

Features: Filament lyocell with a luxurious, silk-like sheen

Benefits: Derived from FSC-certified wood sources and lends beautifully into high-end suiting or elevated uniform shirts. Breathable, soft, and naturally moisture-regulating.

Features: Regenerated pulp made from worn-out cotton textiles

Benefits: Powers a circular economy by recycling used garments and produces high-quality viscose, modal, or lyocell fabrics. Excellent for trousers and shirting with minimal resource use

Features: Soft, breathable, and skin-friendly. Contains antioxidants that benefit the skin while being eco-friendly.

Benefits: Seaweed is harvested sustainably and combined with cellulose fibers. Spun into fabric that maintains seaweed’s beneficial properties. Harvesting is renewable without harming marine ecosystems.