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Specialised materials engineered with highly conductive graphene absorb body heat and evenly transports it throughout the fabric, reducing cold spots and regulating heat.
Natural minerals woven into the fabric convert infrared and visible light into energy close to your body, increasing your tissue's transfer of oxygen. This aids your body's recovery by increasing blood flow and oxygen levels.
Ultra-soft, breathable yarn engineered to replenish moisture, leaving your skin smooth and hydrated even in harsh conditions.
High-performance fabrics are combined with thermodynamic materials that trap body heat during peak performance and are released after you cool down, helping to regulate your body temperature.
A highly innovative, thermoregulating fabric treatment that captures body heat and spreads it across the fabric to reduce overheating and eliminate cold spots.
An innovative, energy-saving process fuses recycled coffee grounds to the yarn, changing the filament characteristics to create a performance-enhancing fabric that is eco-friendly.
A high-performance fabric with unique fiber structures designed to vigorously draw moisture away from the skin's surface, swiftly transporting it to the exterior for rapid evaporation.
Highly waterproof stretch panels with built-in 3D expansion channels are strategically placed to provide extra stretch throughout the swing.
Refined volcanic sand and carbonized materials embedded into the fabric reflect infrared waves for quick warmth. These active particles also work together to help create the optimal humidity level on the surface of the skin.
Fibers derived from recaptured greenhouse gases through an innovative process where carbon dioxide emissions are captured from the atmosphere and transformed into the essential molecules of polyester. These molecules are then used to create fibers, resulting in advanced technical fabrics with specialized properties.
High-performance stretch insulation that traps warm air and wicks moisture away, adding warmth while regulating body temperature in cold conditions.
