QUANTUM ENERGY PAD
The Quantum Energy Pad is designed to be used on top of the Biomat. They add a soft layer of comfort to Biomat technology. Our Biomats are designed to deliver far infrared and negative ion therapy, and the Quantum Energy Pad makes that experience comfortable without losing any part of the therapeutic benefits of Biomat.
Three layers of the Quantum Energy Pad:
- the bioclay memory foam layer
- the Toca layer embedded with Tourmaline
- the quantum energy fabric which is composed of at least 18 organic compounds that naturally and synergistically assist with delivering the benefits of far infrared and negative ion therapy.
The substances are as follows:
- Phosphoserine
- Phosphorylethanolamine
- Aspartic Acid, Theanine
- Serine
- Glutamic Acid
- A-aminoadipic Acid
- Glycine
- Alanine
- Citrulline
- A-amino-n-butyric Acid
- Valine
- Methionine
- Leucine
- Ethanolamine
- Ammonia
- Lysine
- and Histidine.
Can I use other padding to make Biomat more comfortable?
The specially designed organic compound materials in the padding of the Quantum Energy Pad can be exposed to the radiant penetrating heat of the Biomat without reducing the infrared therapy and without off-gassing from heat exposure. Other padding, which is not designed to be exposed to far infrared energy, can create a toxicity in the air around the Biomat due to off-gassing.
Our Biomats are very powerful tools for improving sleep, increasing circulation and reducing pain and inflammation. There are 17 very thin and purposeful layers in our Biomats, but they all have uses for something besides comfort. Our customers asked for more comfort, especially while sleeping, and we responded with the specially designed Quantum Energy Pad.
Can I use the Quantum Energy Pad on the Biomat during sleep?
The Quantum Energy Pad is designed specifically for long-term use on top of the Biomat. To get the greatest possible therapeutic outcome some people choose to use Biomat during sleep. Our customers can appreciate that the Quantum Energy Pad increases comfort without sacrificing therapeutic benefits.