OPERATING INSTRUCTIONS
This appliance is not intended for use along with another electrical appliance, operating at the same time. This appliance is intended for professional use. The appliance is designed to operate at 100-240V AC 50-60Hz 40W. It will automatically adjust to the correct voltage.
TO TURN ON:
- Press the on/off button centered on The ColdBrush™ handle.
- A blue LED light around the on/off button and the cold plate will illuminate. You will quietly hear the two brushless motors.
- You will notice the cold plate will become very cold.
TO TURN OFF:
- Press and hold the power button for 2-3 seconds to shut off The ColdBrush™.
- Both the power button and cold plate with no longer be lit, the motors will shut off, this means you’ve successfully powered down.
- There is a 30-minute auto shut off just in case!
FOR WET HAIR:
Once hair is towel-dried, pass The ColdBrush™ through your hair as you would a regular brush (2-4 passes per section). This will help detangle wet and make hair more manageable – less tension, less breakage. You’ll be amazed at the quality and ease of each blowout.
FOR DRY HAIR:
After blow-drying the hair, pass The ColdBrush™ through as you would a regular brush (2-4 passes per section). As the cold plate passes over the hair shafts it will rehydrate, adding moisture back into each strand. The metal bristles help to align the hair resulting in smoother, shinier, healthy-looking hair. Run your fingers through to feel the difference in weight and smoothness.
FOR DAY-TWO HAIR:
For hair that is not clean, pass The ColdBrush™ through your hair as you would a regular brush (2-4 passes per section), focusing on the roots where buildup usually forms. Allow the cold plates and bristles to break up oils and detangle. Hair feels lighter, cleaner and not weighed down.
THE SCIENCE:
Engineered with a Thermoelectric Cooler (TEC), The ColdBrush™ is based on the Peltier Effect. The TEC has two ceramic insulated plates with two types of semiconductors (positive and negative) between the plates in parallel formation. When electricity flows through the module, heat transfers away through the bottom, while creating cold temperatures on the top.
