1 Set Silicone Highlight Hair Cap with Needle, Reusable Hair Highlighting Cap for DIY Hair Dyeing, Adjustable Hair Dye Hat with Hook for Salon Style Highlights at Home

Product Description Achieve salon-perfect highlights in the comfort of your own home with our Silicone Highlight Hair Cap! This professional-grade tool is designed for DIY hair coloring, allowing you to create precise streaks and beautiful color transformations effortlessly. Product Details Material: High-Quality Soft Silicone Color: Transparent Size: One Size Fits Most (Adjustable) Included Accessories: 1 Hook Needle Packaging Content: 1 Highlight Hair Cap, 1 Hook Needle Important Notes 1.Before dyeing, ensure your hair is clean and dry. Use the hook needle to pull small sections of hair through the cap holes for precise application. Follow the dye manufacturer’s instructions for the best results. 2.After use, gently wash the cap with mild soap and warm water, then dry it thoroughly before storing. The cap is designed for reuse, so proper care will prolong its life. 3.Always perform a patch test before applying any hair dye to avoid allergic reactions. Avoid contact with eyes and follow all safety instructions provided with your hair dye product.

• Silicone Material: Made from soft silicone material. Fits against the head without pulling hair. The silicone surface resists tearing during repeated use.
• Includes Hook Needle: Comes with a metal hook needle. Use the needle to pull small hair sections through the cap holes. Works for creating thin or thick highlight strands.
• Reusable Design: The cap holds up to multiple dyeing sessions. Rinse off dye residue after each use. Store for next application without replacing the cap.
• Adjustable Bottom Strap: Features a strap at the lower edge. Pull to tighten or loosen around the head. Keeps cap in place while pulling hair through holes.
• Multi-Purpose Dye Tool: Use for full head highlights, partial streaks, or root touch ups. Suitable for home users or salon work. The cap holes are spaced for even color distribution.