Knife organiser.
Great product, very strong and keeps my knives organised, ready for use!
Product code: 89101
Leading Magnet Supplier
30 Day Returns
This Tool/Knife holder (Black Magnet) has a length of 330mm, a width of 33mm and a 12mm height. It is identified by the AMF magnets part number 89101.
Do you enjoy being able to find things you’re looking for? You are going to love these magnetic sections for securely suspending often used items that otherwise have a tendency to play hide and seek at inconvenient times.
Even if your valued items are not magnetically able like sunglasses or cosmetics putting them in a metal case makes them magnetically abled. Out of harms way, valuables suspended in this way are easy to find, easy to grab, and easy to return. At work stations these unobtrusive devices are like ambush predators. Implements like knives, pens in metal cases, tools and bits and pieces we love keeping handy are always hiding in plain sight.
In the tool shed these magnetic sections present instruments like a theatre nurse waiting on the surgeon’s next command. Always there, ready and waiting. Chisels, tins of drill bits and other small tools are kept off the bench and out of drawers.
In preparation for a tricky job these magnetic sections can be used to hold nails and screws or hinges and be retrieved with one hand while the other hand is holding something still or in place.
Hand held goods displayed in the retail environment benefit from magnetic suspension. Available and free floating, magnetic suspension encourages tactile engagement with an intuitive pull release and a neat magnetic grab return. Magnetic engagement also makes cleaning the products and the display itself a breeze.
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More