Seaside Sea Lion Eco-Scrunchie

• 91% recycled polyester, 9% spandex
• Made of leftover materials from the manufacturing of other products
• Four-way stretch microfiber fabric
• Breathable and fast-drying material
• Smooth and stretchy fabric outside, elastic inside
• One size fits all
• Removable bow detail
• Fabric is Global Recycled Standard (GRS) certified

Our fabric is Global Recycled Standard (GRS) certified and OEKO-TEX 100 certified, ensuring it meets high environmental and safety standards. Made from recycled polyester (rPET), this fabric gives plastic waste a second life by transforming recycled bottles and packaging into high-performance swimwear. Producing rPET uses 33–53% less energy and generates 54.6% fewer CO₂ emissions than virgin polyester, making it a more sustainable choice. By choosing Salinity Swimwear, you’re helping reduce plastic waste while enjoying durable, ocean-friendly apparel.

1% of every sale supports marine wildlife rescue and sustainability efforts in Baja California Sur. Your purchase helps protect ocean ecosystems and promote a cleaner, greener future. Wear what you love, protect what you love!

We want you to feel confident and amazing in your swimwear! Since each piece is made to order, we don’t accept traditional returns however if your item doesn’t fit quite right, we’re happy to offer a size exchange or a switch to a different style. If your item arrives damaged or defective, we’ll always make it right with a replacement or refund.

To start your exchange or if you have questions about sizing, email us at info@salinityswimwear.com

By making each piece on demand instead of in bulk, we help reduce waste and overproduction. Thank you for supporting slow, intentional fashion!

Fulfillment takes 2–5 business days, with over 50% of orders shipping within 3 business days. Shipping time varies based on your location, but we partner with fulfillment centers worldwide to ensure faster delivery and lower shipping costs. We’re committed to getting your order to you as quickly and efficiently as possible while minimizing overproduction.