NOVELTY - Preparation of anticorrosive paint involves forming primer paint, intermediate paint and finish paint, uniformly spraying primer to processed surface of tower frame, forming dry film having thickness of 150-170 mu m, spraying intermediate paint on the dry primer film, forming intermediate dry film with thickness of 180-200 mu m, spraying finish paint on intermediate dry film, forming finish dry film having thickness of 120|\10 mu m, and controlling spraying pressure to 5-8 kg/cm2 and compression ratio to 65:1.    USE - Preparation of anticorrosive paint used for wind electric field tower frame.    ADVANTAGE - The anticorrosive paint is manufactured efficiently with excellent weather resistance, elasticity, abrasion resistance, tensile strength and impact resistance.    DETAILED DESCRIPTION - Preparation of anticorrosive paint involves forming primer paint, intermediate paint and finish paint, uniformly spraying primer to processed surface of tower frame, forming dry film having thickness of 150-170 mu m, spraying intermediate paint on the dry primer film, forming intermediate dry film with thickness of 180-200 mu m, spraying finish paint on intermediate dry film, forming finish dry film having thickness of 120|\10 mu m, and controlling spraying pressure to 5-8 kg/cm2 and compression ratio to 65:1. The breaking elongation, tensile strength and recovery rate of the intermediate paint is larger than that of primer paint and less than that of finish paint. The primer paint contains 30-40 pts. wt. elastic resin (A), 15-20 pts. wt. mixed solvent, 0.05 to 0.1 parts of adhesion promoter, 0.3-0.5 pts. wt. base material wetting agent, 0.3-0.7 pts. wt. defoaming agent and 20-25 pts. wt. zinc powder. The intermediate paint comprises elastic resin (B), shielding impervious material, mixed solvent, defoaming agent and curing agent (B). The finish paint comprises elastic resin (C), weather corrosion resistance material, mixed solvent, defoaming agent, wetting dispersant, flatting agent and curing agent (C). The elastic resin (A) is GF-630A epoxy resin. The elastic resin (B) is PUAST0MER-2804 linear elastic resin. The elastic resin (C) is NH-1520-type polyaspartate resin. The mixed solvent is BYK-4510 (RTM: mixed solvent), BYK-4511 (RTM: mixed solvent), toluene, cyclohexanone, butyl acetate and n-butyl alcohol. The adhesion promoter and base material wetting agent is BYK-306 (RTM: polyether-modified silicone). The shielding anti-seepage material is iron oxide, glass flakes and mica powder. The weather-proof anti-corrosive material is nano-silicon oxide, nano-zinc oxide, nano-aluminum oxide, nano-calcium carbonate, nano-ferric oxide, nano-titanium oxide and nano-tin oxide. The wetting dispersant is EFKA-4010 (RTM: polymeric dispersant) and/or EFKA-5065 (RTM: polymeric dispersant). The flatting agent is EFKA-3785 (RTM: flatting agent) or Tego-415 (RTM: highly-effective flow and leveling additive). The defoaming agent is any one of EFKA-2035 (RTM: silicone-based defoamer) or BYK-A530 (RTM: defoaming agent). The curing agent (A) is GF-630B flexible curing agent. The curing agent (B) and curing agent (C) are Bayer N3390 (RTM: aliphatic polyisocyanate) or Bayer N75 (RTM: aliphatic polyisocyanate).