Lavacore is a technically advanced fabric, constructed and engineered exclusively for water sports requiring the ultimate in thermal control and superior comfort.
Thermal and neutral buoyancy properties create the ideal garment - under a neoprene wetsuit for added insulation and warmth or as a stand alone exposure protection garment. The unique design of Lavacore materials eliminates constriction and allows for extreme movement and flexibility while regulating your core warmth.
Choose from our lightest garments made with Lavaskin, to a warmer Polytherm Tri-Laminate blend and for maximum warmth our Merino Laminate...

Lavaskin is a comfortable and advanced thermal material designed specifically for sun protection, performance and comfort. It protects the user from rashes caused by abrasion, or sunburn from extended exposure to UV rays. The flexible outer layer is durable and water repellent that facilitates fast water run-off and quick drying. UPF 50+. Against your skin a warm, moisture wicking and anti-bacterial inner fleece lining supports your core warmth above and below the surface.

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Keeps you warm above and below the surface.

 
The unique construction closely matches the stretch and movement of a traditional lycra rash vest, whilst providing the insulation qualities similar to that of a Neoprene wetsuit.

The unique construction closely matches the stretch and movement of a traditional lycra rash vest, whilst providing the insulation qualities similar to that of a Neoprene wetsuit.

 

Lavacore suits are made with our exclusive Polytherm Tri-Laminate. Ideal for use as a primary exposure suit in warmer waters or as a supplemental undergarment in colder waters. Windproof and breathable providing anti-wind chill properties while also drawing moisture away from the body on the surface, ensuring warmth in cold conditions.

For the ultimate in warmth our Merino Laminate lined garments are super soft yet durable. Moisture wicking, the natural characteristics of Merino™ minimize odor and keep you warm above and below the surface.