Women's Rip Curl Summer Palm Good one-piece swimsuit colour GSIXO9 (GSIXO9)

Women's one-piece swimsuit Rip Curl Summer Palm Good honey is an excellent choice for women who value both style and functionality during summer days. Made from high-quality Econyl material, it offers durability and comfort. This material is known for its strength and elasticity, which means the swimsuit fits perfectly to every figure.

High-quality materials

The women's one-piece swimsuit Rip Curl Summer Palm Good honey features a lining made from a blend of elastane and polyamide. This material combination guarantees not only wearing comfort but also quick drying and resistance to chlorine. As a result, the swimsuit retains its shape and colours even after many swims.

Advanced technological solutions

The product incorporates modern technologies that enhance user comfort. The Econyl material used for the swimsuit is not only durable but also environmentally friendly. It is a fibre made from recycled content, making the Rip Curl Summer Palm Good honey swimsuit a choice for environmentally conscious individuals.

Ecological approach

The women's one-piece swimsuit Rip Curl Summer Palm Good honey is a product that combines modern design with care for the environment. The use of Econyl as a base material reflects the Rip Curl brand's commitment to sustainable production. By choosing this swimsuit, customers can enjoy not only comfort but also the knowledge that they are making an eco-friendly choice.

Women's one-piece swimsuit Rip Curl Summer Palm Good - features:

• Made from high-quality Econyl material ensuring durability;
• Lining made of elastane and polyamide guaranteeing comfort;
• Quick-drying material providing convenience after leaving the water;
• Chlorine-resistant material ensuring long-lasting shape retention;
• Modern technologies enhancing user comfort;
• Econyl material made from recycled content ensuring eco-friendly production;
• Environmentally friendly due to the use of fibres sourced from recycling;
• Perfect fit to the figure thanks to elastic materials.