1. Prepare a high-powered hair dryer and a slightly moist soft cloth.
2. When uncovering the car sticker, make sure that the hot air of the hair dryer always blows on the surface of the sticker. Therefore, the ideal operation form is to start from the upper left of the car sticker, hold the air duct in your right hand, blow the position to be uncovered evenly, and slowly lift the car sticker with your left hand.
3. When the above principles are only aimed at stickers with standard shapes such as rectangle and circle, if the shape of automobile stickers is complex, attention should be paid to the direction when removing them, avoiding the acute connection between the stickers, and keeping the integrity of the stickers as much as possible, which is more conducive to speeding up the construction.
4. If the glue is separated from the sticker, the construction should be stopped in time, and the glue at the separation place should be heated centrally, and then removed slowly.
5. After cleaning a short piece of sticker, wipe off the residual glue on the edge of the sticker with a soft cloth while the residual temperature is high. If the range is too large, it can be wiped off after being heated again with the air duct.
6. It takes some patience to remove the car sticker. Don't tear the car sticker when it is not fully heated, so as not to cause further trouble when the adhesive falls off.
2. How to remove the tape from the car?
1. Firstly, it is clear that the residual traces of the adhesive tape are organic substances, and it is easy to remove them by adopting the principle of similar miscibility and selecting appropriate organic solvents. Common optional organic solvents are: flower oil, essential oil, gasoline, alcohol, etc.
2. When washing the car, you can also let the staff clean it up.
3, of course, you can also buy a special paste cleaner, which is simple and convenient, and it is very clean to remove tape traces.
Extended data:
Similar solubility: the principle of similar solubility means that the solute composed of polar molecules is soluble in the solvent composed of polar molecules and insoluble in the solvent composed of nonpolar molecules due to the electrical interaction between polar molecules; Solute composed of nonpolar molecules is easily soluble in the solvent composed of nonpolar molecules, but difficult to dissolve in the solvent composed of polar molecules.