Claw Clip | Agate | Large

Upgrade your everyday updo with the eye-catching Claw Clip in Agate (Large) by Antler & Acre. Specially proportioned at 10.5 cm in length, this statement accessory is designed to hold medium-to-thick hair densities with complete security, effortlessly locking twists and topknots in place all day long. Constructed from high-grade, bio-based cellulose acetate rather than cheap plastic, it provides the ideal balance of flexibility and strength to eliminate snap failures and broken prongs. The multi-tonal "Agate" finish swirls together deep purple, navy, cream, and warm brown hues, bringing a luxurious, gemstone-inspired touch to your hair routine while protecting strands against friction and breakage.

Why You’ll Love It

• Rich Agate Palette: Features an exquisite marbled swirl of purple, navy, cream, and brown that complements every hair shade.

• Generous Large Sizing: At 10.5 cm long, it easily secures medium to thick hair without slipping or requiring constant readjustment.

• Plant-Based Durability: Made from eco-friendly cellulose acetate for exceptional flexibility, resilience, and shatter-resistant strength.

• Comfortable & Hair-Safe: Smoothly contoured teeth deliver a firm, crease-free hold that prevents root pulling and scalp tension.

• Retro-Chic Appeal: Combines nostalgic '90s utility with elevated, sustainable craftsmanship.

The Essentials

• Brand: Antler & Acre

• Size: Large (10.5 cm)

• Colour: Agate (Purple, Navy, Cream, Brown)

• Material: Eco-friendly Cellulose Acetate, metal spring

• Hair Types: Medium to thick hair

• Values: Eco-friendly materials, Canadian-designed, durable, hair-safe

How to Use

Twist your hair upward into a topknot or French roll, open the clip, and fasten securely against your head. If exposed to water, dry the clip thoroughly with a towel to guard the inner metal spring against rust. Avoid leaving the clip in high-heat areas, such as inside a warm vehicle or under direct sunlight for extended periods, to preserve the natural form and flexibility of the cellulose acetate.