Revlon SmoothStay RVDR5317E, 2000W - hair dryer, Black

The Revlon SmoothStay Hair Dryer RVDR5317E is a 2000 W styling tool designed for drying and styling all hair types and lengths. It utilizes a ceramic heating system combined with tourmaline ionic technology to reduce frizz and increase hair shine during the drying process. The device incorporates coconut oil-impregnated ceramic components and a sensor function that maintains even heat distribution. This heat-sensing technology helps minimize thermal damage to the hair cuticle while maintaining consistent performance throughout use.

The unit features three heat levels and two speed settings, allowing for customization based on specific hair thickness and desired results. A dedicated cool-shot function provides a blast of cold air to set hairstyles in place. The package includes two attachments: a styling concentrator for directed airflow and a diffuser for enhancing volume. For maintenance and safety, the dryer includes a removable filter and grid, alongside built-in overheat protection.

Constructed from plastic with a pistol-style form factor, the RVDR5317E weighs 972 grams and includes an ergonomic handle. It is equipped with a 1.8-meter swivel cord to facilitate movement during styling and operates on an AC input voltage of 230-240V. The dimensions of the main body are 83 by 28 by 220 mm, excluding attachments. This corded model is designed for standard electrical outlets and does not feature a foldable handle or dual-voltage capability.

• 2000 W motor for drying and styling performance
• Coconut oil-impregnated ceramic with tourmaline ionic technology for frizz reduction
• Three heat levels and two speed settings for adjustable airflow control
• Integrated sensor function to maintain even heat and minimize damage
• Cool shot function to set the final hairstyle
• Styling concentrator and diffuser attachments for varied styling needs
• 1.8-meter swivel cord for increased range of motion
• Removable filter and grid for routine maintenance
• Overheat protection for operational safety