Bora negative-ion sports ring

We, borasports.com, are very pleased to announce that we have

developed and released a new product, "Bora negative ion sports ring",

which is a kind of sport ring to help any professional player, amateur as

well as non-player who enjoy any kind of sports keep healthy by taking

good effects on their body by producing negative ionic energy.

It is made using a natural jade which is known to have high ionic radiation

number and has been qualified in lots kind of functional tests including

the ultrared ray test to find perfect conditions to people.

The kind of products have been already released in the market by

other companies And lots of famous professional players in local

as well as overseas wearing this kind of rings such as necklace or bracelet

have been televised and shown its effect  in the world.

 We hope that you enjoy both beauty and well-being sports through

the ionic ring products from BORASPORTS.COM.

Product Details.

The best amount of ionic radiation to the body is known from

200 ion/cc to 700 ion/cc, our products produce 508 ion/cc, estimated little

higher than the average in tests from the Korean Ultrared ray Test Institute.

The ultrared ray number is tested as 0.902. In addition customer can order his/her

own design on the surface by anodizing method to engrave custom designed features.

Product Specifications

Used Material: Silicon rubber, natural Jade, Aluminium Plate with picture of In-line skate.

Features:

Size: 12x180x3 , 12x200x3

Color: Love Wine, Dark Black

Options:

- Special engraving on for more 50 pieces order

- Printing within 5 characters ( Please call for more information )

Aluminum Anodizing

Antibacteriral mechanism

It is organic antimicrobial drug(composite) with silane coupling

character that acts to impede the membrane of cell wall that is,

the outer layers of the cell.

It powerfully fixes by impregnating the anodized aluminum into

pore layers so that the central part of the cell dies due to the

leakage of bacterial contents following destruction of cell wall on

the aluminum oxide surface.