5v Heated Shawl Lap Blanket Discount

 Apply heat to the top of your thighs, or the back of your shoulders or just sit on in it, it is up to you. The Volt Heated Lap Blanket Shawl provides portable personal heat allowing you to stay warm anywhere.

This portable heated shawl by Volt has uses as far as the eye can see. The fabric cover is 100% polyester fleece making it silky soft to the touch but is removable and easy to clean. During our research and develop phase, reviewers it said to be luxuriously soft and pleasantly warm by a majority of the people who tested it. The most common feedback was the versatile design made it easy to use it as a lap blanket or a shawl which makes it a key piece of equipment for those looking for that extra boost of heat. There are 3 zones of heat that makes it a perfect balance of heat output and heat duration. Choose from three levels of heat output to extend battery life and regulate how much heat your body’s core is soaking up.

The Portable Heated Shawl by Volt measures 30” x 18” which is perfect for heat coverage. It is super light and compact. Weighing under one pound keeps it simple and easy to fold it up and bring it with you anywhere. We have packed it with our patented Zero Layer Heat System. The Zero Layer Heat System eliminates bulk and optimizes heat transfer so you can get the full benefit of the heat output. This Portable Heated Shawl Lap Blanket by Volt comes complete and ready to keep you warm with a rechargeable VB550 USB battery and charging cord.

• 30 x 18
• Portable Personal Heat – Stay warm anywhere!
• Includes one VB550 5000mah rechargeable USB battery and charging cord
• Perfect as an extra layer of heat
• 3 Zone Heating Coverage
• Choose from 3 power level settings
• Versatile Design – Transforms from a lap blanket into a heated shawl using a button hook cord allowing you to provide heat to your upper shoulders and back

• APPROXIMATE RUN TIMES PER CHARGE:

  High (RED) = 2+ hours

  Medium (BLUE) = 4+ hours

  Low (GREEN) = 6+ hours

  

  Zero Layer® heat system eliminates bulk while providing more efficient heat transfer.