Minimum Wholesale Order Quantity: 5
Incremental Wholesale Order Quantity: 5
Model #: HG-64153
Item model number: R64153
Material: Stainless steel 304
Bar configuration: 4 Straight Bar
Style: Wall Mounted
Wiring options: Hard-wiring/ Plug in ( Please note: The hard-wiring should be carried out by a trained electrician.)
Rated voltage: AC 120V/60Hz
Element Power (W): 60W
Finish: Mirror Polish/Brushed Polish/Matte Black
Rail tube Ø (inches): 0.75
Dimensions (H x W inches): 15.75 x 26.14
Weight: 7.8 lbs
Packing list: 1 x Heated towel warmer, 1 x user manual
With the HEATGENE R64153 series towel warmer, you can relish in that comfort after every bath and shower. This towel warmer is stylish and sturdy.
The small unit is perfect for tight spaces; you do not need to live in a mansion to bring this bit of luxury into your day. No matter whether you live in a five bedroom home or a studio apartment, the HEATGENE towel warmer allows you to live like a star.
Chic minimal look: This towel warmer is made of 304 stainless steel, easy to clean, and has excellent rust & corrosion resistance. It was designed with large spaces between 4 bars, offering a flexible and functional addition to your space.
Energy-efficient: Rated power 60W, only 15 minutes, it can be heated to 110 F, 30 minutes to reach the optimal working temperature 130 F (based on room temperature 68 F), and maintain a constant temperature, a warm towel ready for you at anytime.
Easy installation: This space-saving wall-mounted towel warmer offers two ways of wiring (hardwired/plug-in). Whether you have a new bathroom or are retrofitting one, our warmers combine practicality & decoration, you should not miss out.
Reliable quality: An ETL-certified towel warmer with a constant temperature of 130 F, which not only inhibits bacterial growth, but also provides warm towels at all times. Overheat protection ensures safety from excessive temperature.
2-year manufacturer's warranty. Please feel free to contact us with any issues.
Installation Guide Video
Click to Download Installation Instruction