Claw Clip | Emerald | Mini

Elevate your everyday hair styling with the Mini Cellulose Acetate Claw Clip in Emerald by Antler & Acre. Handcrafted from eco-conscious, plant-based cellulose acetate, this compact hair accessory offers exceptional durability and flexibility compared to brittle plastic clips—say goodbye to snapped prongs once and for all. Measuring 5 cm in length, it delivers a secure, hair-safe grip that helps prevent friction, creasing, and breakage. Rendered in a rich jewel-toned emerald green, it brings effortless '90s nostalgia and chic sophistication to any style, making it ideal for fine hair, short cuts, or sweeping medium-to-thick hair into a polished half-up look.

Why You’ll Love It

• Shatter-Resistant Acetate: Crafted from durable, eco-friendly cellulose acetate for a flexible, long-lasting hold that won't snap under pressure.

• Jewel-Toned Emerald Shade: Features a rich, glossy deep green finish that adds an elegant pop of color to every hair shade.

• Compact Mini Sizing: Measuring 5 cm, it offers the ideal proportions for fine hair, short styles, or holding a effortless half-up look.

• Hair-Safe & Comfortable: Smoothly contoured teeth hold your style firmly in place all day without pulling roots or causing hair breakage.

• 90s Nostalgic Utility: Combines effortless retro charm with practical everyday styling ease.

The Essentials

• Brand: Antler & Acre

• Size: Mini (5 cm)

• Colour: Emerald

• Material: Eco-friendly Cellulose Acetate, metal spring

• Hair Types: Short to long hair; ideal for fine hair or half-up styles

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

How to Use

Section off the top portion of your hair or gather shorter strands into a twist, then clamp the clip securely in place. To protect the inner metal spring from rusting, ensure the clip is dried thoroughly whenever exposed to water. Avoid leaving your clip in areas of extreme heat—such as a hot car dashboard or direct sunlight for prolonged periods—to prevent the natural acetate material from warping.