Handle Magnetic Map Paper Holders, Magnetic Print Holder Description Ideal for holding papers, prints and charts against steel partitions, machinery and metal desks Magnetic strength holds through many layers of paper Does not mark or tear paper Specifications Strength 12 lbs. Diameter 1.40625″ Height 9/32″
Black Round Magnets with Flat Top – equipped with Ferrite Magnets, Black Round Plastic Capped Magnets for Office or Fridge, Round Plastic Ceramic Magnets for Planning and Organizing in Warehouses or Offices, Notice Board Memo Marker Magnets
Round Magnets with Flat Top – Our plastic capped magnets are used on office whiteboards, planning charts, noticeboards and fridges.
Hold up to 5-20 A4 sheets to the board / fridge
Various colour options for the magnetic noticeboard marker magnets.
Larger diameter versions have greater performance (they are premium noticeboard magnets).
All are Flat topped with an easy to grab design (ergonomic design).
These kinds of magnets are suitable for planning and organizing in warehouses or offices. Their ease of placement and low cost make them ideal for planning purposes, graphics and holding notes against ferrous metal noticeboards.
Various shapes, sizes and colours, in ferrite or neodymium are available. Consult with our sales department if bespoke products are required. They can be individually printed (max. 4 colours), when quantities are greater than 1000 pieces, in the following colours: blue, yellow, green, orange, red, black, gray, violet and white.
Maximum working temperature:80ºC
We also use them for simply holding paperwork together in one place; Coloured Magnetic Buttons are used on our office whiteboards, filing cabinets, warehouse racking, and metallic cubicle backings.
It is possible to print onto them if you have the correct equipment (or ask for for a custom production price – we can do this for you), Please contact us if you require assistance or a quotation.
|Part No.||Magnet Type||Color||Diameter||Wight||Pull force||Magnetization|
|OFMR10-BP||Round Ferrite||Black||10||1.5||0.07||Magnetized Through the Thickness|