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LOCK IN YOUR HEAT
HeatLock works by utilizing low thermal conductivity and the properties of hollow fibers to prevent heat transfer and minimize heat loss. The sheath surrounding the fibers contains heat-absorbing elements that resist the transfer of heat, while the air inside the fibers provides an additional barrier that prevents heat transfer through convection. By creating a barrier that resists the flow of heat, HeatLock is highly effective at maintaining a warm and comfortable environment in any setting.
HOW IT WORKS
Maximize heat transfer and prevent heat loss utilizing the principle of low thermal conductivity and the properties of hollow fibers.
When heat is generated inside a space, such as a building or a jacket, it naturally tries to move towards cooler areas, such as the outside air. HeatLock works by creating a barrier that resists the flow of heat, preventing it from escaping to the environment.
The hollow fibers in the insulation material act as a physical barrier that blocks heat transfer through conduction, while the air inside the fibers acts as a barrier that blocks heat transfer through convection.
The insulation material is composed of hollow fibers, which are thin and flexible tubes that have an inner diameter and an outer diameter. The hollow fibers are filled with air, which has a low thermal conductivity, meaning that it does not transfer heat easily.
The sheath surrounding the hollow fibers contains heat-absorbing elements that have a high thermal resistance, meaning that they are good at resisting the transfer of heat. This sheath absorbs and traps heat, preventing it from escaping through the hollow fibers and into the environment.