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2. Zimmerit - Wikipedia

   en.wikipedia.org/wiki/Zimmerit

   The coating was a barrier that prevented direct contact of magnetic mines with metal surfaces of vehicles. The magnetostatic field decreases very rapidly, with the cube of distance; the non-magnetic coating holds the magnet of the mine too far from the steel of the vehicle for it to adhere.

3. Radiation-absorbent material - Wikipedia

   en.wikipedia.org/wiki/Radiation-absorbent_material

   The paint then hardens with the magnetic field holding the particles in their magnetic pattern. Some experimentation has been done applying opposing north–south magnetic fields to opposing sides of the painted panels, causing the carbonyl iron particles to align (standing up on end so they are three-dimensionally parallel to the magnetic field).

4. Electrostatic coating - Wikipedia

   en.wikipedia.org/wiki/Electrostatic_coating

   Electrostatic coating is a manufacturing process that employs charged particles to more efficiently paint a workpiece. Paint, in the form of either powdered particles or atomized liquid, is initially projected towards a conductive workpiece using normal spraying methods, and is then accelerated toward the work piece by a powerful electrostatic charge.

5. Ford F-150 spy photos suggest the truck could get magnetic paint

   www.aol.com/news/ford-f-150-spy-photos-204100627...

   Ford's decision to switch the majority of the F-150's stamped body parts from steel to aluminum had a significant, positive impact on weight and therefore its fuel economy numbers and the truck's ...

6. Mars Black (pigment) - Wikipedia

   en.wikipedia.org/wiki/Mars_Black_(pigment)

   Mars Black is an iron oxide pigment developed in the 20th century. Also known under the names of black iron oxide, magnetic oxide, Pigment Black 11, and ferrous ferric oxide (Fe 3 O 4), [1] it has no known health hazards [2] and is considered non-toxic, with an ASTM lightfastness rating of I.

7. Ferrofluid - Wikipedia

   en.wikipedia.org/wiki/Ferrofluid

   The magnetic particles in an ideal ferrofluid never settle out, even when exposed to a strong magnetic field. A surfactant has a polar head and non-polar tail (or vice versa), one of which adsorbs to a nanoparticle, while the non-polar tail (or polar head) sticks out into the carrier medium, forming an inverse or regular micelle , respectively ...