EA-1F4/F4N Plastics Emergency Backboard Spine Board Floating Backboard For Water Rescue

Plastics Emergency Backboard Spine Board Description:

While most stretchers can't be used in water, the emergency backboard allows the patient to float and can be used as a flotation device. The water rescue board is waterproof, perfect for water rescues. plastic spine board is economical, light in weight and strong in strength. Strategically placed and designed handles provide rescuers with additional processing points during water fetching. Holes in the head of the floating backboard for water rescue are used to hold the head retainer in place. With first Aid Board's 10-pin design, you can now secure first aid devices in nails. All aim to make sure the patient feels more comfortable during the transfer.

Emergency Backboard Floating Backboard For Water Rescue Features:

1. Made of polyethylene, seamless, durable, pollution-free, anti-impact and corrosion.
2. The pins are molded onto the board to maximize their strength.
3. The small hole in the head of the backplane is designed for head retainer fixation and is compatible with most head retainers and neck braces.
4. Multiple porous handles make it comfortable to hold.
4. Can float the patient in water or be used as a flotation device.
5. 100% X-ray translucency allows a clear view of the spine, compatible with MRI and CT scans.
6. Hard material, easy to carry out CPR in the rescue process.
7. Spinal board can be used in hospitals, sports events, ambulances, water rescue, and other outdoor activities of the injured transport.
8. With 3pcs belts.

The difference between the three models

EA-1F4
1. 13 large handle holes design, easy to grasp, provide a larger lifting space, maintain the balance of the spine board;
2. 6 pins are designed for quick strap fastening.
3. There are two additional columns on the inner side of the spinal plate to increase its resistance and floatability; There are 10 more holes in the middle to avoid excessive weight.
EA-1F4N
1. 13 large handles, easy to hold.
2. 10 pin design, can meet any binding requirements.
3. There are two additional columns on the inside of the spinal plate to increase strength; There are 10 more holes in the middle to avoid excessive weight.