THIN ICE PRODUCT
Burn an estimated 500-1000 calories a day. Just by wearing your clothes. Thin Ice is the first technologically-enhanced weight-loss apparel that hacks your metabolism to help you lose weight.
How the metabolic hack works
Based on estimates derived from our prototypes, competitors and scientific literature we estimate that you'll be able to burn between 500 and 1000 calories a day, just by wearing our clothing for the recommended duration. That's 1 to 2 pounds a week!
Wait, won’t I feel cold?
Besides, if you do feel the chill you can always adjust the temperature of your Thin Ice clothing via smartphone to accommodate your comfort level. At Thin Ice, we want to have a long-term weight-management relationship with you. It's not in our best interest to scare you away by making you uncomfortably cold!
How Does Thin Ice Clothing Harness the Metabolism Hack?
As the core’s blood warms, it then must be pumped all the way to the extremities. The best part of this process is that your body does all this calorie-expensive work automatically without you even having to think about it.
What's the Science Behind Thin Ice!?
Notice that you undergo NO shivering at room temperature. This is because the BAT pathway is completely different than the shivering mechanism. Thin Ice stimulates BAT and will not make you shiver. This allows Thin Ice’s patent-pending weight-loss technology to help you burn excess calories while being hidden discretely in clothing and apparel items.
What comprises Thin Ice Technology?
These chips are powered by an unobtrusive, rechargable battery. The warmed sides of the Peltier chips are located on the bottom of the insole. The warmth generated by the Peltier mechanism can be dissipated through a variety of heat sink materials.
There are also technologies that are able to capture heat and convert heat into electricity that are currently being explored by our engineering team. The Thin Ice engineering team is currently hard at work making sure the best possible heat dissipation/capturing mechanisms are combined in the final prototype for maximal comfort and battery efficiency. Hey, that reminds me, meet our engineering team!
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