Enth Degree is a range of Technical Performance Wear specifically designed for use in high-performance Water Sports. Tested in Australia & New Zealand’s harshest environments, our garments adapt to varying weather conditions and exertion levels and regulate your core body temperature.
Wet or dry, hot or cold, the Enth Degree garments help control your core temperature longer, enhancing your performance throughout.
Mokro nebo sucho, horko nebo zima, oblečení Enth Degree Tě udrží v teple a komfortu po celou dobu sportovního výkonu.
Performance woven Nylon Lycra with water repellant treatment facilitates ease of movement, fast water run-off, quick drying and anti wind-chill. UV 50+.
Windproof, breathable PU Membrane adhered with advanced dot lamination technique for optimum flexibility. Wicks cool moisture away from the body on the surface when dry. Traps warm water against the skin when wet. Stops surface wind-chill.
385 g/m2 soft-touch fleece, offering superior comfort against the skin, moisture wicking characteristic and thermal heat retention properties keeping you warm, either wet or dry.
240 g/m2 ridge weave brushed nylon Lycra with UV 50+ treatment, provides the ultimate 4-way freedom of movement, controlled core temperature regulation and soft touch anti-chaffing.
185 g/m2 Channel Flow weave Polyester Lycra with Water Repellant, UV treatment offering 50+ protection and extreme breathability. Channel Flow weave allow water to quickly pass through the material achieving incredibly quick drying times.
“Neospan” super stretch abrasion resistant nylon lining that facilitates ease of movement and ensures the external longevity of garments.
Lightweight expanded “S Foam” that is soft to touch, light to wear and offers high level stretch characteristics ensuring maximum flexibility and function during high intensity performance.
A custom designed 200 g/m2 Quickdry fleece constructed from a proprietory water repellant fibre, coupled with a strategic fast water flow pattern design, enables “dry to touch” times within 10 minutes of full saturation.