Cricket Amped Up Teasing Hair Brush For Volume Backcombing Lifting Styling And Sectioning Hair Aqua

Amped Up Teasing Brush By CricketIf you want big voluminous hair with loads of texture and character then the Amped Up Teasing Brush is the perfect one for you This teasing hair brush adds major volume to hair Its the perfect volumizer hair brush for lifting hair and updos It will help you amp up your hair from a little teasing to a crown full of volume so you can create tons of exciting hairstylesLoads Of Volume Without Damaging Side EffectsCrickets Amped Up Teasing Brush uses unique boarnylon bristles to lift hair to the maximum teasing height and add major hair volume without the damaging side effects of teasing combs The unique bristle pattern minimizes damage and breakage to hair It helps you create volume with less risk of breaking your hair as the bristles are more gentleHelps Add Shine To StylingBoar bristles help evenly distribute the hairs natural oils adding shine to styling This hair brush is specially designed with a sectioning tip that easily allows separation and texture variation Its ergonomic handle provides maximum comfort during the styling process Its heat and chemical resistant

Features of Cricket Amped Up Teasing Hair Brush For Volume Backcombing Lifting Styling And Sectioning Hair Aqua

Adds Major Volume - The Cricket Amped Up Teasing Brush Adds Major Volume To Hair. Use This Hairbrush For Lifting Hair And Updos It Will Give Hair Voluminous Dimension So You Can Create Tons Of Exciting Hairstyles.

Helps Add Shine To Hair - Unique Nylon/Boar Mixed Multi-Level Bristles Hair Brush That Allows For Various Degrees Of Volume And Style And Amps Up Your Hair To The Maximum Height Without Damaging Side Effects. It Helps Add Shine To Styling.

Heat And Chemical Resistant - Heat-Resistant Hair Brush That

Specification of Cricket Amped Up Teasing Hair Brush For Volume Backcombing Lifting Styling And Sectioning Hair Aqua

Product Details
Color	Aqua
Size	1 Count (Pack of 1)
Dimensions	7.5X0.5X1.25
Weight	0.05