A kind of anti-electromagnetic radiation magnetic brushing agent and its brushing method and application
An anti-electromagnetic radiation and magnetic technology, applied in magnetic coatings, covering/lining, construction, etc., can solve the problems of cumbersome manufacturing process, small scope of application, interruption or error of communication signals, etc., and achieve easy mass acquisition, low cost, magnetic Enhanced effect
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Embodiment 1
[0052] Example 1: Such as Figure 1 to 4 As shown, a method of painting a magnetic coating agent of electromagnetic radiation, which includes the steps of:
[0053] Step 1): Magnetic field generating apparatus 3 in the same side or on the other side of the object 1; in the present embodiment, the magnetic field generating device 3 can be selected from the permanent magnet or electromagnet, and both of the magnets can be designed in various shapes (eg, Figure 8 The square and circular shown in, and can be formed into a large magnet group with a plurality of smaller electromagnets, and the magnetic field generated by the large magnet group is accurately regulated by the current of each small electromagnet, and the magnetic induction of any shape is realized. In order to form an arbitrary shape to the magnetic coating 2 of the magnetic field.
[0054] Step 2): Wipe the magnetic coating agent 2 on the surface of the object 1, and the magnetic field generating device 3 applies a magnet...
Embodiment 2
[0058]Example 2: An electromagnetic coated magnetic coating agent in three-dimensional sculpture, including the steps of:
[0059] Step 1): Magnetic field generating apparatus 3 on the same side or on the other side of the object 1;
[0060] Step 2): Wipe the magnetic coating agent 2 on the surface of the object 1, and the magnetic field generating device 3 applies a magnetic field to the magnetic coating 2;
[0061] Step 3): When the surface of the object 1 has covered a magnetic coating 2, the spray is stopped;
[0062] Step 4): Continue to coat the magnetic coating 2 and regulate the magnetic field generating device 3 to change its magnetic field strength size and magnetic field gradient to accommodate different layer magnetic coating 2 during the application of magnetic field during painting;
[0063] Step 5): Rotate or move the position of the magnetic field generating apparatus 3 according to the surface shape of the stereo sculpture to make the magnetic coating 2 uniformly ...
Embodiment 3
[0066] Example 3: Such as Figure 6 As shown, a magnetic coating agent that is electromagnetic radiation is formed on the formation of a horizontal plane, which includes the steps of:
[0067] Step 1): The magnetic coating 2 is laid in the upper surface of the plane 4, and the magnetic field generating device 3 is mounted below the plane 4;
[0068] Step 2): Place the magnetic flat plate 5 on the upper surface of the magnetic coating 2;
[0069] Step 3): The magnetic field generating device 3 applies a magnetic field to the magnetic coating 2 and the magnetic plate 5, and generates an attractive force of the magnetic coating 2 and the magnetic plate 5 to maintain a magnetic field for a period of time;
[0070] Step 4): The magnetic coating 2 is gradually solidified to form a horizontal plane under the pressure of the magnetic field and the pressure of the magnetic plate.
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