Women Neoprene

In addition, you will find a large selection of women's wetsuit accessories such as surf bonnets, neoprene gloves, neoprene waistcoats and surf shoes (booties) in our range. We select our products with the highest quality in mind to ensure you have an unforgettable surfing experience.

We are also proud to offer eco-friendly women's Limestone wetsuits that are not only kind to the skin but also reduce the carbon footprint. Our Limestone wetsuits offer the highest quality and ensure a sustainable and eco-friendly choice.

Discover our extensive range of women's wetsuits and accessories now and find the perfect suit for your next surf session. Find out more in our wetsuit guide and let us convince you of our products.

Women's Wetsuits

History of Women's Wetsuits

The wetsuit, originally developed by Jack O'Neill in the 1950s, was first designed for men. As more women began participating in water sports like surfing, diving, and swimming, the need for suits tailored specifically for women became evident. By the 1970s, manufacturers started creating wetsuits that better fit the female anatomy, enhancing both comfort and performance.

Key Facts about Women's Wetsuits

• Fit: Specifically designed to conform to the female body for better fit and comfort.
• Variety: Available in a range of styles, colors, and designs to suit women's preferences and needs.
• Technology: Incorporates advanced materials and technologies for optimal performance and comfort.

Advantages of Women's Wetsuits

• Optimal Fit: Better tailored to the female form, providing greater comfort and reducing water entry.
• Thermal Efficiency: Keeps the body warm by trapping a thin layer of water between the skin and the suit, which is then warmed by body heat.
• Flexibility: Modern wetsuits are stretchy, allowing for full range of motion.
• Protection: Offers protection against cold, UV rays, jellyfish stings, and abrasions.

Differences in Wetsuits

• Thickness: Women's wetsuits come in various thicknesses to suit different water temperatures:
  • 2-3mm: For warm waters (above 18°C or 64°F).
  • 4-5mm: For moderate temperatures (10°C to 18°C or 50°F to 64°F).
  • 6-7mm: For cold waters (below 10°C or 50°F).
• Seams: Different stitching techniques affect water resistance and comfort:
  • Flatlock Seams: Ideal for warmer conditions, less water-resistant.
  • Blindstitch Seams: Offer better water resistance and durability.
  • Glued and Blindstitched Seams: Maximum water resistance for cold conditions.
• Zippers:
  • Back Zipper: Traditional and easy to put on.
  • Chest Zipper: Offers better mobility and reduces water entry.
  • Zipperless: For maximum comfort and performance, typically found in high-end suits.

Materials in Wetsuits

• Neoprene: The primary material known for its insulating and flexible properties.
• Nylon or Polyester Lining: Enhances comfort and durability.
• Thermal Lining: Provides extra warmth, especially in high-end wetsuits.
• Glideskin Neoprene: Reduces water entry and increases thermal efficiency.

Choosing a Women's Wetsuit

• Fit: The suit should fit snugly without restricting movement.
• Thickness: Choose the thickness based on the water temperatures you'll encounter most often.
• Purpose: Consider the sport (surfing, diving, triathlon) the suit is intended for.
• Seam and Zipper Type: Select based on desired water resistance and comfort.
• Quality and Brand: Invest in reputable brands known for quality and durability.
• Budget: Balance your budget with the quality; higher-end suits often provide better performance and longevity.

Conclusion

Women's wetsuits are specifically designed to meet the needs and anatomy of female water sports enthusiasts. They offer excellent thermal insulation, flexibility, and protection, making them essential for anyone regularly active in cold waters. By choosing the right wetsuit based on fit, thickness, and specific requirements, women can maximize their performance and comfort in the water. Investing in high-quality suits from reputable brands also ensures greater durability and better performance.