[Product Description]

The Sensationnel Curls Kinks & Co. Rule Breaker is a premium textured half wig designed to celebrate high-volume, natural beauty. Part of the tailored texture collection, this unit is engineered to seamlessly blend with curly, coily, and kinky hair textures ranging from types 3B to 4C. Crafted with heat-safe Futura fibers, it delivers an instant explosion of beautifully defined, bouncy curls, allowing you to blend your natural hair out front for a completely flawless and protective everyday style.

[Key Features]

• Tailored Natural Textures: Specifically recommended to blend seamlessly with Curly (3B–3C), Coily (3C–4A), and Kinky (4B–4C) hair patterns.

• Instant Half Wig Volume: Designed as a convenient half wig that attaches securely, allowing you to leave your natural hairline out for an undetectable transition.

• Premium Futura Fibers: Made from high-quality synthetic fibers that look genuine, feel soft, and move with natural bounce.

• Heat-Safe Up to 400°F: Constructed with heat-resistant properties safe for styling with thermal tools between 350°F and 400°F.

• Protective Styling Convenience: Offers a fast, beginner-friendly installation that protects your natural strands while giving you a full, gorgeous afro-textured style.

[Maintenance Tips]

• Finger Style Only: Gently separate and fluff the curls with your fingers or a hair pick starting at the roots to maximize volume without creating frizz.

• Gentle Cleansing: Soak the unit carefully in cool water mixed with a mild synthetic wig shampoo, swirling gently without rubbing or twisting the curl pattern.

• Hydrate and Condition: Apply a lightweight leave-in conditioning spray formulated for textured synthetic hair to keep the curls hydrated and soft.

• Air Dry Naturally: Blot away excess moisture with a soft towel and let the unit air dry completely on a wig stand to help retain its original shape and bounce.

• Regulate Thermal Tools: When using curling irons or wands to touch up the curls, strictly verify that your tools stay within the recommended 350°F–400°F limit.