Arnold Magnetic Technologies

The electronic magnetic pole tester with audible beep comes in handy whenever you need to detect stray magnetic fields on packaging, perform magnetic polarity checks, test coils, or assemble electric motors. It provides an instant zero-delay magnetic pole indication and is also readable in the dark and where access is difficult.

Arnold Magnetic Technologies Part #81X0564-2 magnet also known as AS5000-M06H-1 or -3 for use with the austriamicrosystems AS50xx encoder. Pricing is per magnet, minimum order is 25 magnets and is sold in lots of 25 for the quantities of 25, 50 or 75 and then in lots of 100 for larger quantities. Add to your cart to see price breaks at 50, 75, 100, 200, 500 & 1000. For quantities over 1,000 please contact us.

Available for shipments within the USA only at this time.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Ceramic or also known as hard ferrite material are made from raw materials of strontium carbonate and iron oxide. They are nonstrategic, readily available and low in cost. As a result, the use of ceramic magnets in most applications is more economical than other materials. Irreversible changes can result from very low temperatures, and the magnetic qualitities can be restored only by re-magnetization. Irreversible changes can be avoided by providing adequate magnetic length, that is permeance coefficieint.

Hand held magnetizer for use with any size sheet up to 30 mils thick.

19” Industrial motorized desktop magnetizer for up to 19” wide by .060” thick.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

Magnetic Green Viewing Paper is used to show magnetic fields.

This magnetic viewer provides a fast, clean way to view magnetized patterns. The non-invasive viewer makes visible the recorded signal on magnetic tapes, discs, or cards. It requires no exterior chemicals and eliminates messy clean up of chemical preparation. These are sold as individual units each weighing about 0.5 lbs.

 

(note that the Magnetic Viewers are made at Arnold's Norfolk, NE, USA plant.) 
For international orders, contact us.

 

"We've used 2 Arnold Magnetic Viewers almost every month on average from the beginning of our Company. It is a simple but very effective non-invasive gadget to select quickly and accurately a proper headblock, and an open reel player for professional reel-to-reel transfer services"

- J.N from AudioRestauracion Labs

 

PLASTIFORM® 1316 Magnet Tape has a pressure sensitive adhesive that develops an excellent bond to a variety of metals and rigid plastics (including low surface energy plastics like polyethylene and polypropylene).