KENDRAT Hair Care Red Light Spray Massage Comb Multi-Function Anti-Frizz Large Tank 2-In-1 Misting Hair Brush Hairdressing Combs Anti-Static Electric Spray Hair Brush Women

Item Type: Red Light Spray Massage Comb Product Size: About 21.77.8 cm(8.543.07 in) Color: Purple, Pink, Beige
Package include: 1 piece Red Light Spray Massage CombMaterial: ABS Feature: 1.Smooth Styling Effect: This steam hair brush delivers consistent, salon-quality smoothing for all hair types, leaving strands neat and polished every time you style. 2.Gentle Steam Technology: Fine steam output tames dry or damp hair without weighing it down, maintaining natural texture while enhancing manageability and shine. 3.De-tangles with Ease: The smooth comb design glides through knots and tangles gently, reducing breakage and making daily hair care faster and less painful. 4.Anti-Static Hair Care: Say goodbye to frizz, this brush reduces static buildup for smoother, shinier hair that stays styled longer and feels soft to the touch. 5.Portable & Wireless Convenience: Lightweight and rechargeable, this steam brush is perfect for quick touch-ups at home or on the go, no cords needed for hassle-free styling.

Description: 1.This steam hair brush delivers a smooth styling effect by evenly combing hair strands for a neat, polished look suitable for all hair types. 2.Featuring gentle steam output, it enhances hair manageability on dry or slightly damp hair without causing heaviness or excessive moisture, supporting natural hairstyles. 3.The brush's smooth comb design de-tangles knots with minimal pulling, ideal for short to medium-length hair and busy morning routines. It also reduces static electricity, leaving hair smoother, shinier, and easier to manage while protecting its natural state. 4.Compact and wireless, this rechargeable brush is perfect for at-home use or travel, enabling quick touch-ups anytime without tangled cords.

Notice: 1.Actual color may be slightly different from the image due to different light effect 2.Please allow 1-3 cm(0.39-1.18 in) deviation due to manual measurement