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HOW THE RE-HEATERTM
HEAT PACK WORKS
. . .
AND WORKS.
The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed
How to use
The RE-HEATERTM
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 2. Allow 15 seconds for heat to spread throughout pack. |
 3. Quickly squeeze pack unit soft and pliable for maximum heat. |
How to Re-Use
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At the push of
a button |
Moist Heat |
WARNING! Do Not Microwave Do not bend activator button or puncture heat pack. If button is bent, activator will not function. |
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Reheater Face
Mask Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 3 x 4
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 3 x 6
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 5 x 9
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 8 x 8
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 6 x 18 Heat Pack
top
The RE-Heater Heat Pack
contains sodium acetate, a form of salt, which under normal conditions in an
open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By
placing this solution in a sealed container, the solution can be cooled well
below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless
steel "trigger" within the sealed container causes a single molecule of liquid
to crystallize which starts a chain reaction causing the entire solution to
change from a liquid to a solid. This phase change causes the pack to heat to
approximately 130ºF (82º below the boiling temperature of water, 212ºF). By
placing the pack in water with a temperature greater than 135ºF (57ºC), the
crystals are returned to a liquid state. this process can be repeated hundreds
of times, provided the container remains sealed.
Over long periods of use, small snowflake-like crystals may appear in the pack.
These crystals will not affect the performance of the pack. However it is
possible to eliminate them by boiling the pack for an extended period of time.
To prevent flakes from forming, keep the pack in a liquid state during storage
periods of two or more months.
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Reheater 8 x 12
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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Reheater 12 x 20
Heat Pack The RE-Heater Heat Pack contains sodium acetate, a form of salt, which under normal conditions in an open container will change from a liquid to a solid (freeze) at 130ºF (54ºC). By placing this solution in a sealed container, the solution can be cooled well below this temperature (as low as 14ºF) (-10ºC). Flexing the patented stainless steel "trigger" within the sealed container causes a single molecule of liquid to crystallize which starts a chain reaction causing the entire solution to change from a liquid to a solid. This phase change causes the pack to heat to approximately 130ºF (82º below the boiling temperature of water, 212ºF). By placing the pack in water with a temperature greater than 135ºF (57ºC), the crystals are returned to a liquid state. this process can be repeated hundreds of times, provided the container remains sealed. Over long periods of use, small snowflake-like crystals may appear in the pack. These crystals will not affect the performance of the pack. However it is possible to eliminate them by boiling the pack for an extended period of time. To prevent flakes from forming, keep the pack in a liquid state during storage periods of two or more months. |
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