Description FREE Gift Bracelet Wallet with every bracelet FREE Gift Pouch with every bangle

The bracelet have two parallel rows of powerful Neodymium Magnets !

(Inventory Item: BRTD-01-MJ)

  More about magnets & magnetic therapy

Magnetism In physics, magnetism is one of the phenomena by which materials exert attractive or repulsive forces on other materials via their magnetic field. Magnetism occurs when electrically charged particles are in motion, which creates a magnetic field. Magnetic Fields & Magnetic Poles Normally, magnetic fields are seen as dipoles, having a "South pole" and a "North pole"; terms dating back to the use of magnets as compasses, interacting with the Earth's magnetic field to indicate North and South on the globe. For historical reasons, the "end" of a magnet that points towards the North Magnetic Pole is itself called the "north pole" of the magnet, with the other end being the magnet's "south pole". Because it is unlike poles that attract, the Earth's North Magnetic Pole is therefore physically a magnetic south pole. To avoid confusion between geographic and magnetic north and south poles, the terms positive and negative are sometimes used for the poles of a magnet. The positive pole is that which seeks geographical north. The true North Pole is one of the two points where Earth's axis of rotation meets the Earth's surface. The other point is the South Pole. So if you are heading to the true north, you should arrive the true North Pole. However, the Magnetic North Pole is the direction a camass indicates, which at one point will direct you downwards, towards the core of the earth. The Magnetic North Pole is changing, and 'travel' more than 1,100 km in the last century. Measuring Magnetic Fields Calculating the attractive or repulsive force (measure the flux density) is an extremely complex operation, as it depends on the shape, magnetization, orientation and separation of the magnets. Since it involves measuring the movement of electric particles in materials, the following factors are needed to be considered: size, mass and distance. There are three main unit standards for measuring the flux density. 1. The CGS method, which uses the following units: Centimetres, Grams and Seconds. The measure unit is called gauss. 2. The SI method, which uses the following: Meters, Kilograms and Seconds. The measure unit is called tesla. 3. The English method, which uses the following: Inches, Pounds and Seconds. The measure unite is called Lines/in. Magnetization Ferromagnetic materials can be magnetized in the following ways: 1. Placing the item in an external magnetic field will result in the item retaining some of the magnetism on removal. 2. Placing the item in a solenoid with a direct current passing through it. When magnetizing objects, the results will be considered to be "soft" or "hard": 1. A "soft" or "impermanent" magnet is one that loses its memory of previous magnetizations. "Soft" magnetic materials are often used in electromagnets to enhance (often hundreds or thousands of times) the magnetic field of a wire that carries an electrical current and is wrapped around the magnet; the field of the "soft" magnet increases with the current. 2. A "hard" or "permanent" magnet is one that stays magnetized for a long time, such as magnets often used in refrigerator doors and magnetic jewellery. Permanent magnets occur naturally in some rocks, particularly lodestone, but are now more commonly manufactured. A magnet's magnetism decreases when it is heated and increases when it is cooled. Types of Magnets in our products 1. Ferrite Magnets (Used in Body Wraps products): Ferrites are usually non-conductive ferromagnetic ceramic compounds derived from iron oxides such as hematite or magnetite as well as oxides of other metals. 2. Neodymium-iron-boron (NdFeB) magnets (Used in our magnetic jewellery): NdFeB rare-earth magnets are actually the second generation of Neodymium rare-earth magnets. They are very strong in comparison to their mass, and are made from sintered neodymium, iron and small amounts of boron. These magnets have the highest energy product of any permanent magnetic material. 3. Samarium-cobalt magnets (Used in our magnetic jewellery): A sintered rare-earth magnetic material made of samarium and cobalt, and are better resisting corrosion, which makes them a choice of many people that buy magnetic bracelets or magnetic bangles, as the humidity of the skin is likely to effect them less.

    Is it Safe? There are no known side effects for using magnetic products, and there is no time limitation for length of time, or the amount / strength of magnets one can wear.   The use of magnetic therapy products enable you to safely and economically treat many human and animal body aches and painful conditions without the use of injections, salves and drugs.   Using magnets is non invasive and non addictive.   A note: Wearing Copper Bracelets / Bangle may leave green stain on your skin. This is normal because copper is absorbed from your magnetic bracelet though your skin (You can look for plated item, or Stainless steel / Titanium or Silver item).   Do not allow magnets near digital watch, credit card or domestic appliance. Magnets can erase video, music, and computer data, and may interfere with computer and TV screens.   Magnetic therapy items should not be use by:  * Pregnant women.  * People with pacemaker or any other electrical implants.  * People with insulin pump.  * Placing on open wounds.  * Young children (Suitable for teenagers and above).  * Dogs and cats with implanted tagging devises or any other electrical implants.     (Consult the vet who implanted the chip - some chips are not effected by magnetic collars)     All images & content are the property of magnetic-products-store (ADVA TRADING LTD)By purchasing this item you agree that MarketplaceAdvisor will save your information on behalf of the merchant. For details click here.

New Mens Titanium Magnetic Bracelet Golf - 36 Magnets