Description
- Age: 18+
Brand: Sister Young
Line: accessories
Product Type: hair brush
Volume: 1 pcs.
Hairbrush Type: brush
Bristle Type: nylon
Handle Material: ceramic
Gender: for women
Classification: mass-market
Country: Poland
Made in: Poland -
Sister Young Elix Cera Heat — an essential tool for professional hairstylists and home hair styling enthusiasts. This ceramic round brush is crafted for top-quality modeling, offering not only excellent performance but also hair protection and ease of use.
Features:
Ceramic Coating: Ensures even and rapid heat distribution from the hairdryer across the entire brush. Large ventilation holes also provide better airflow, speeding up styling and making it more precise and gentle.
High Heat Resistance: The brush is resistant to high temperatures, meaning you can safely use it while blow-drying your hair.
Anti-Static Bristles: Specially designed bristles eliminate static electricity, ensuring a smooth and silky finish.
Comfortable Design: An ergonomic, non-slip handle and lightweight construction make the brush fit perfectly in your hand, ensuring comfort even during extended styling sessions.
Practical Additions: A removable pin at the end of the handle facilitates sectioning hair, precise styling, and easy removal of loose hair caught in the bristles, while large ventilation holes provide better airflow and reduce drying time.
Application:
Sister Young Elix Cera Heat is perfect for any hair length, allowing you to create ideal curls, waves, and straight styles. Thanks to ionization technology and a ceramic body, hair is protected, smoothed, and gains a healthy shine.
Sister Young Elix Cera Heat is an indispensable tool for every professional hairstylist and home styling enthusiast. With its innovative technology and convenient design, this ceramic round brush provides not only outstanding styling results but also the protection and health of your hair.
25 mm: Perfect for short and medium-length hair, allowing you to create gentle curls and waves. Ideal for precise facial hair modeling, adding volume and structure.
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