The GelCool Model GX Gel Pack. |
The Standard GelCool Gel Pack
The portion of the gel pack that fits into the open space in the upper helmet between the trauma pads is shaped like a horse shoe. The gel pack lays between the helmet's approved shock pads (anti-trauma pads). The gel pack is a single molded piece.
GelCool Gel Packs' Rugged Construction Allows Hundreds of Re-Uses. Useful life of our gel packs is about 2 years.
Drop in / Pop Out .... the entire gel pack can be quickly inserted or removed (about 2 seconds). There is nothing to attach or connect. |
|
GelCool Systems Gel Pack in
|
GelCool Gel Pack in Helmet
This solid layer, which makes flat contact with the top of the user's head, provides even distribution of the cooling over the entire head contact surface. This layer uses a soft microfiber pad for direct contact with the head. The user feels only the uniform "flat" soft fabric surface (actually the pad is concave to conform to the shape of the top of the user's head). With the cooling assembly in place the helmet is more comfortable to wear than without, since the flat lower surface of the thermal distribution layer creates a soft, uniform contact area with the user's head. This design also avoids any "freezing" sensation. |
Links to GelCool Product Pages: Football Baseball Catcher Hard Hat Firefighting Military
Cutaway View of GelCool Packs
Important Note
The use of GelCool Systems Cooling Products is Only One Part of An Overall Heat Safety Program Which Must Include Proper Hydration. Please Read Our Entire Disclaimer.
The GelCool Model GX Gel Pack
Advanced Design Gel Pack with Soft Microfiber Against Head |
Top of Gel Pack (Portion Not Touching the Head) |
GelCool Systems Overview of Head Cooling Physiology |
1. Increased metabolic activity from exertion creates excess body heat.
2. Protective clothing inhibits the body’s ability to dissipate the excess heat.
3. GelCool Gel Packs cool cranial blood via thermal induction: blood carried throughout peripheral cranial vessels becomes cooler as gel packs absorb heat while cooling the cranium.
4. With cooler blood circulating, metabolic activity is reduced(1) and brain function improved.
5. Reduced metabolic activity allows the body to slow vital organ activity (heart, lungs).(1)
6. Perspiration is reduced since the need to dissipate excess heat has fallen(1).
7. Reduced perspiration leads to reduced loss of electrolytes, which improves endurance.
8. Pulmonary function is eased, allowing greater oxygenation of the brain and muscles.
(1) Reduction in metabolic/vital organ activity and perspiration are only possible if the body's thermoregulatory systems determine that overall body temperature is within a safe range.
For more information and test results, visit our NOCSAE testing page.