Every single heating pad works individually, running from four AA batteries.
RECHARGEABLE BATTERIES (OPTIONAL) :
Rechargeable or regular Battery Operated Far Infrared (FIR) Heating Pad Series – For Sports Injuries & Personal Therapeutic application. Topical heat production by deep infrared radiation that can penetrate below the surface of the skin to soothe nerves and muscles.
Use four AA regular or rechargeable nickel-metal hydride (Ni-MH) batteries for each heating pad.
Apply FIR energy directly to target areas such as arms, abdomen, waistline, thighs and back. The affected tissue will absorb the energy of the Infrared light waves fully, producing a heating effect. The temperature of the tissue will rise, and various effects of calming, soothing, invigoration and relaxation should result.
Notice the higher quality of these infrared heating pads with their superior materials and sturdy construction for nurturing, soothing and caring for the body, as well as fitness programs.
-
Uses ultra-thin, flexible and super-conductive heating elements
-
Battery Case accepts AA regular or rechargeable dry cell batteries
-
Heats up quickly, low power consumption
-
Uses comfortable, elastic neoprene material
-
More Power, More Heat, Smaller Size, Less Weight, Less Maintenance
WHY BUY YOUR INFAREX FROM US?
HERE ARE 3 GREAT REASONS:
1.
30 DAYS SATISFACTION GUARANTEE
2.
A hand held infrared lamp
3.
CERTIFICATION:
CE, FDA, HEALTH CANADA/ ISO 9001 / GMP / CE MARK / MDD CERTIFIED
1. Skin Anatomy
Toxic substances are expelled via secretions through the dermis-layer fat glands.
2. Infrared Radiation: Absorption, Reflection and Transmission
Radiant heat is simply a form of energy that heats objects directly through a process called conversion without relying on heated air (convection).
Infrared Heating Temperature Benefits:
1.
30~35°C for soothing and stimulating a relaxing mood, sense of well-being
2.
35~40°C for increased soothing effect & muscle relaxation
3.
40~50°C as an adjunct to physical therapy, e.g. for rheumatoid arthritis
4.
50~60°C for increased sweating via high temperature
