Women's Billabong 3/2 mm Foil BZ FL marine wetsuit (ABJW100183-MRE)

The Billabong 3/2 mm Foil Back Zip marine women's wetsuit provides effective thermal protection during activities in moderately cool water. The design, based on 3/2 mm neoprene, guarantees an optimal balance between insulation and freedom of movement, while meeting the needs of users who value comfort and material durability.

Neoprene flexibility and thickness

The Billabong 3/2 mm Foil Back Zip features 3 mm thick neoprene in key torso areas and 2 mm on the sleeves and legs, providing effective thermal insulation while maintaining high flexibility during swimming. The flexible neoprene structure allows a full range of motion, so the wetsuit does not restrict dynamics during intense training. The design is tailored for water temperatures between 16–18°C, catering to women practising water sports. Long sleeves and legs enhance comfort in variable conditions.

Recycled materials

The Billabong 3/2 mm Foil Back Zip is made from high-quality recycled materials, combining 80% neoprene with 20% polyamide fibres. The use of recycled fabrics reflects care for the environment while ensuring durability and resistance to seawater. The material’s structure guarantees long-lasting performance even in demanding conditions. The choice of components meets the needs of those who prioritise the ecological aspect of their sports equipment.

Billabong 3/2 mm Foil Back Zip marine women's wetsuit – features:

• 3/2 mm neoprene construction for swimming in 16–18°C temperatures;
• Flexible neoprene supporting full freedom of movement;
• Back-Zip system for easy putting on and taking off;
• Use of 80% neoprene and 20% polyamide for durability and comfort;
• Long sleeves and legs providing protection in cooler conditions;
• Recycled materials as part of sustainable production;
• Material resistant to seawater;
• Technology enhancing resistance to stretching and abrasion;
• Designed for users who value comfort and ecology;
• Suitable for swimming, water sports and activities in moderate temperatures.