USB Coffee Mug Warmer with Heating Plate and On/Off Switch for Hot Beverages

Keep your favorite beverages comfortably warm with this USB-powered coffee mug warmer, designed to maintain coffee, tea, and other drinks at approximately 122–140°F (50–60°C). Featuring a metal heating plate, convenient on/off switch, and red LED indicator, this compact beverage warmer provides an easy way to enjoy warm drinks throughout your day. Its plug-and-play USB design requires no batteries or additional drivers, making everyday operation simple and convenient.

Key Features

• Consistent Beverage Warming: Designed to maintain drinks at approximately 122–140°F (50–60°C), helping keep coffee, tea, and other beverages warm for longer.

• USB-Powered Convenience: Operates through a 5V DC USB connection without requiring batteries, offering straightforward plug-and-play operation.

• Easy On/Off Control: Features a dedicated power switch for convenient operation, with a red LED indicator that illuminates when the warmer is turned on.

• Insulated Heating Plate: Features a metal heating surface surrounded by insulating material designed to reduce the risk of accidental contact with the heated plate.

• Convenient Heating Surface: Equipped with an approximately 3-inch heating panel and a 49.6-inch USB cable for practical placement near a USB power source.
  
  

Specifications

• Product Type: USB coffee mug warmer

• Heating Plate Material: Metal

• Heating Temperature: Approximately 122–140°F (50–60°C)

• Power Source: USB

• Rated Power: 2.5W

• Input Voltage: 5V DC

• Heating Panel Diameter: Approximately 3.0 inches (7.7 cm)

• USB Cable Length: Approximately 49.6 inches (126 cm)

• Controls: On/off switch

• Indicator: Red LED power indicator

• Package Dimensions: 5.9" × 4.1" × 1.4" (15 × 10.4 × 3.5 cm)

• Package Weight: Approximately 0.26 lbs. (0.12 kg)

• Battery Requirement: No batteries required
  
  

Enjoy warm coffee or tea at your convenience with this easy-to-use USB beverage warmer, featuring simple controls and a compact heating surface.