Where is the model number on a Conair?
The model number is a set of letters and digits printed on the data plate of each product. You can find the data plate, which also contains UL listing information and electrical specifications, on the bottom or back of your unit, where the printing or embossing is protected from wear and tear.
How to save 25% on Conair hot clips?
25% Off Entire True Glow® Skincare Collection! Opportunity to save on Facial Brushes, Makeup Applicators, Light Therapy Treatments, Mani/Pedi Beauty Tools, and Spa Solutions. SEE COLLECTION 50% Off All Teak and Stainless Steel Shower Accessories! Prices have already been adjusted to reflect 50% savings Shop 50% Off!
How does infinitipro by Conair spin rotating hair styler work?
Dry and style with one tool; 2-inch Hot Air Rotating Styler from INFINITIPRO BY CONAIR Tourmaline ceramic technology safely dries and promotes healthy-looking hair Ion generator reduces frizz and enhances shine for silky smooth hair Tangle-free antistatic boar and nylon bristles.
How does the Conair smooth and wave Styler work?
SMOOTH AND WAVE STYLER. The 2-in-1 InfinitiPRO by Conair® Smooth and Wave features two separate styling functions to get the style you seek with the greatest of ease! Choose your style and pick your mode. Hair is gently drawn into the chamber where it is heated and either curled or straightened.
What are the dimensions of a Conair Hopper?
Conair hoppers are designed to promote even heat distribution and mass material flow to ensure adequate drying throughout the hopper. Large access doors and smooth interior surfaces keep downtime for material changes to a minimum. We offer a wide range of hopper sizes, with capacities from 18 to 31,500 lb/ft3 {288.3 to 504,581.6 kg/m3}.
How does a Conair Hopper prevent heat loss?
Conair hoppers introduce heated drying air low in the cone of the hopper, ensuring that material at all levels in the hopper will be dry when you’re ready to process it. Maintains temperature at desired level, prevent heat loss and protect workers from hot surfaces.