Plastic Hair Roller Compact ABS hair rollers designed for easy styling and lasting volume. Available in four diameters to create waves, curls, retro rolls, and airy bangs without complex tools. Key features and benefits Material and sizes: Made of durable ABS plastic. Size options: 2.0cm x 6.8cm, 2.5cm x 6.8cm, 3.0cm x 6.8cm, 3.6cm x 6.8cm (approx). Quantity options: 12, 10, 8, or 6 pieces. Package includes: 3 set x Plastic Hair Rollers. Easy to use: Place a slightly damp hair section around the roller, wind up to the scalp, and secure with the clip. For faster and stronger hold use a blow dryer; for a gentler finish let hair air dry. Natural volume and shape: Helps lift roots and add body for a natural, fluffy look. Create curls, waves, retro rolls, and styled bangs without complicated tools. Suitable for many hair types: Works for long and short hair and for daily styling or professional use. Lightweight and portable: Mini root clip design is easy to carry and store. Attractive colors and compact size make these rollers convenient for travel and salon kits. Performance and use Long lasting styling: Use on slightly damp hair and set with heat if desired for longer hold. Good fixation delivers salonstyle curls and volume at home. Versatile shaping: Mix sizes to produce different curl diameters and textures. The rollers are suitable for creating soft waves, defined curls, or lifted bangs. Care tips: If hair is dry, lightly mist with water before rolling. Blow drying yields faster results. Allow rollers to cool for firmer shape. Practical applications Home styling: Create everyday volume and waves without visiting a salon. Travel and hotel use: Compact and lightweight for styling on the go or for quick touch ups during trips. Salon and office touch ups: Useful for professionals and for refreshing hair between appointments or during the workday. Occasions Home, hair salon, travel, hotel, office, and other everyday settings. Notes Colors may vary slightly due to lighting and screen differences. Please allow small measurement differences due to manual measurement.