Retro Bubble Braid Spiral Hair Tie with Blue Bead

Elevate your everyday ponytail with this chic and minimalist spiral hair tie. Inspired by vintage telephone cords, this unique accessory is designed to help you create stunning bubble braids and segmented ponytails with ease. Its simple yet sophisticated design, finished with a deep blue bead, adds a touch of modern elegance to any hairstyle, making it perfect for both casual outings and polished looks.

Key Benefits

Effortless Bubble Braids:** Achieve the trendy bubble ponytail look in seconds. The long spiral design makes it simple to wrap and style your hair for a unique, segmented effect without any complicated braiding.

Crease-Free, Secure Hold:** The coiled construction provides a strong grip that holds your hair securely in place all day. Best of all, it won't leave dents or creases when you take it out.

Gentle on Hair:** Made from a smooth, snag-free material, this hair tie glides effortlessly through your strands, minimizing pulling, breakage, and discomfort during wear and removal.

Sophisticated Accent:** A single, dark blue bead offers a subtle pop of color and a touch of refined style, transforming a simple ponytail into a polished statement piece.

Key Specs

Material:** Plastic Resin

Color:** Black Spiral Cord, Dark Blue Bead

How to Use

1. Start by gathering your hair into a high or low ponytail. For very fine or slippery hair, you can secure it with a small, clear elastic first for extra grip.

2. Wrap the spiral hair tie around the base of the ponytail several times to secure it firmly.

3. To create a bubble braid, continue wrapping the cord down the length of your ponytail. Leave an inch or two of space between each wrap.

4. Gently pull and fluff the hair sections between the wraps to create the signature "bubble" look. Adjust until you achieve your desired volume.

Care & Safety

To clean, simply wipe the hair tie with a damp cloth.

Avoid storing in direct sunlight or exposing it to high heat, as this can cause the material to lose its shape and elasticity.

Notes

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