Staywarmed.com Website Review

LAST UPDATED: DECEMBER 10, 2018 Ban the cold and keep yourself warm with the best battery operated heated clothing for men and women They provide warmth to the bottom of the foot through the heel and the toes. Four different heat settings are available on these battery will stay dry thanks to a moisture-wicking micro polyester. Spandex interlock fabric forms to the foot giving you an amazing fit. These things are incredible! They are very comfortable because they conform to your feet. The material also keeps the heat pressed tightly to your feet for topnotch heat transfer. Rechargeable lithium batteries can generate serious heat so the use of the controller is necessary to regulate warmth. If you have ever suffered from cold feet these socks will keep your feet warm for hours. They can be used indoor or outdoor. Soothing warmth is provided by similar technology used in luxury car seats. You can select from 4 different temperature settings. A heating system is made of small conductive fibers woven throughout the insole and placed between the foam and foot bed lining. This cushions the foot as well as insulate it. They can be cut to fit all kinds of shoes. They are ergonomically shaped and absorb shock. The insulated fabric liner stops warmth from leaking through the soles of footwear. They are water resistant. Integrated thermostats detect the actual temperature of your feet and These rechargeable insoles are amazing! They are operated by a wireless remote control. They work just like a house thermostat. Once they reach selected temperature, they temporarily turn themselves off. They’ll turn back on when needed. They maintain a steady heat inside They provide perfect wearing comfort because they adapt ideally to the shape of the hand and are made of an extremely thin and elastic material. They have three different temperature settings with 34 degrees C, 39 degrees C and 44 degrees C. The gloves come with high-tech, extremely thin and flexible Carbon fibers that ensure an even distribution of heat.