Hello everyone!
Today I want to talk about the method of applying primer. When I paint or prime, I choose a certain part of the model, which is a separate element, and paint and prime only it. If there is another element structurally next to this element, and pollen falls on it, then I prime it too. I start with the most difficult-to-reach areas and then finish painting the easy areas. According to the principle “paint over the difficult, the rest will be painted over on its own.” This approach allows you to apply paint and varnish material relatively evenly, without flooding small parts and without making puddles.
I usually prime and paint “fat and wet.” That is, quite a lot of primer over the entire surface of the part (element or part of the model). And I apply several layers. Sometimes a lot of layers. Not just “pouring” it on once, but evenly layer by layer. I do it so that the surface becomes wet over its entire area. The effect of this is obvious. The paint material dries evenly, and the surface tension film becomes uniform and smooth after drying. I work quickly. If the paint has already dried in some place on the part, and I have not finished the work yet, then I return to this place and apply an additional layer, “connecting” the dry place with the wet one. That is, I try to make the entire surface wet throughout the entire area.
Here are a few photos as an example.
“Fat and wet”. The surface is uniformly smooth.
“Thin and dry”. It is clearly visible that due to the low density of the primer mixture, the primer particles do not merge with each other and have time to dry before a uniform film is formed. “Sand” appeared, the surface became rough.
“Fat and wet”. The entire tank turret was painted as one element at a time. Many layers, high air consumption, high consumption of primer material.
“Fat and wet”.
The conclusion here is obvious. The most optimal method of application is “Fat and Wet”. And it is absolutely necessary to use a drying retarder.
































