ECLIPSEMAG FM663 MAGNETIC TAPE ADH.BACKED 12.7X1.5MMX30M

Our flexible magnetic tape is a thin extruded material comprising ofstrontium ferrite magnetic powder within a thermo-plastic binder. The flexible magnetic rubber tape (as it is also known) will attract to magnetically receptive surfaces such as mild steel, ferromagnetic stainless steel and other high magnetic permeability materials (e.g. iron). It is usually magnetised on one face only (multiple pole across the width), and can attract to itself, but only the mating versions give perfect alignment. The flexible magnetic rubber tapes have a maximum recommended operating temperature of +80 degrees C – above this temperature the thermo-plastic (rubber) binder starts to soften causing a demagnetisation as the magnetic domains realign to cancel themselves out. Our flexible magnetic tape is suitable for securing ferrous materials such as steel signs to walls or other objects. However, the tape can also be attached to both the surface and the object required to be secured, creating a magnetic bond. Examples of uses for magnetic tape include: Attaching fly screens to door Shop signage Car registration plates Secondary glazing installations Storage of magnetic materials such as screws or nails The steel tape, existing with adhesive backing, can be fixed to a surface to allow magnets, such as the magnetic rubber tape to be attached to it and easily removed afterwards as required. The magnetic tape comes in a variety of thicknesses and widths. All the magnetic strip are easy to cut into different lengths – simply cut them to size with a pair of scissors. For more performance simply use more surface area of tape. When using tape on tape for performance, it is recommended to adhere one tape down on where it is required, overlay the other tape (magnetically overlapping), then remove the adhesive liner and adhere the other part in place (this guarantees the best magnetic performance possible). This strip magnet works best either in direct contact with ferrous surfaces (such as mild steel sheet) or in direct contact with itself – any air gaps in the way will cause a reduction in achievable pull force. Magnet on magnet can be up to two times the performance of magnet on steel.