The Trion:Z Technology
Background of Minus Ions
- Minus Ions are generally abundant in nature through plants, waterfalls, rain storms and forests. These Ions unfortunately are depleted in urban areas as a result of modern technology.
- It is believed that the human body absorbs Positive Ions from electronic equipment, cell phones, electrical wiring, and machinery encountered in everyday modern life. Physical stress and exposure to Ultraviolet (UV) Rays also elevates the positive ion levels within the body.
Mineon Health® A Unique Material
Trion:Z's Wrist Bands are made with "Mineon Health®", a unique textile with minus-ion producing minerals woven into the fabric. It generates significant levels of Minus Ions.
- The minus-ions in Trion:Z products are released in measurable and in significant amounts.
- Produces twenty to fifty times more Minus Ions than competing ion bracelets.
- Can be washed and will still maintain its minus-ion producing properties when wet, and can be worn while swimming or surfing.
Background of Magnets
- Magnetic fields exist in all areas of life. The earth is in essence one large magnet, surrounded by a large magnetic field. The earth's magnetic field protects us from radiation.
- The cells in the body create electrical charges and magnetic forces. Modern technology and lifestyles shield us from the earth's natural magnetic fields.
Patented Alternating North-South Orientation
Trion:Z uses axially magnetised magnets in a unique patent Alternating North-South Polarity Orientation (ANSPO) to maximize magnetic field flow.
Trion:Z utilises a patented Alternating North-South Polarity Orientation (ANSPO).
Our Competitors' Technology
A majority of magnetic devices on the market utilise diametrically magnetised two-dimensional magnets which are inexpensive to produce and have minimal magnetic field penetration.
Other multi-magnet devices orient "Like" poles in the same direction. This orientation, due to the fact that "like" poles repel, creates a dead zone with no magnetic field between the magnets.
Find out how Trion:Z measures up against its closest competitors by visiting our Ion Meter Comparisons page.