KOOSHOO Plastic-Free Round Hair Ties

Don't let the sleek look fool you; these Mondo Hair Ties are built for performance. Lab-proven to be twice as strong as the leading plastic-laden brands, these round elastics provide a secure, all-day hold without the environmental guilt. Most "ouchless" ties are made of synthetic nylon or polyester that stays in the environment forever, but KOOSHOO offers a high-style, low-footprint alternative that is entirely plant-based.

Whether you're hitting the gym or styling a polished updo, these durable, creaseless bands won’t pull, slip, or damage your hair.

Why You’ll Love Them

Unmatched Strength & Stretch Engineered to perform, these ties are twice as strong as standard elastics. They provide superior grip for all hair types—from thick and heavy to fine and flyaway—ensuring your style stays put.

Gentle, No-Damage Grip The smooth, rounded edges and soft organic cotton exterior ensure a creaseless hold. Say goodbye to the hair breakage and "ponytail headaches" caused by traditional synthetic bands.

100% Plant-Based & Biodegradable Made from just two ingredients: certified organic cotton and 100% sustainably sourced, fair-trade natural tree rubber. They are designed to last in your hair, but when they finally wear out, they will return to the earth rather than a landfill.

Ethically Crafted Every Mondo tie is ethically made and colored with certified non-toxic dyes. From the fair-trade sourcing to the plastic-free materials, these are styling accessories you can truly feel good about wearing.

Product Details

• Materials: Certified Organic Cotton and Fair Trade Natural Tree Rubber

• Performance: Lab-proven 2x stronger than leading synthetic brands

• Design: Smooth, rounded edges; looks great as a bracelet

• Impact: 100% plastic-free, non-toxic, and biodegradable

• Care: Machine washable (wash cold, lay flat to dry)

Because these are made from natural tree rubber, they love a good refresh! If they start to stretch after heavy use, a quick wash in cold water helps the natural fibers snap back into shape.