The invention provides an anti-
radiation coating which comprises raw materials A, raw materials B, raw materials C and raw materials D. The raw materials A include water, preservatives, dispersing agents,
propylene glycol,
wetting agents,
defoaming agents,
bentonite, rheological additives, AMP95 and
emulsion. The raw materials B include
titanium dioxide, precipitated
barium sulphate, heavy calciumpowder,
beech cellulose, preservatives and water. The raw materials C include
emulsion, preservatives, coalescing agents,
defoaming agents and AMP95. The raw materials D include rheological additivesand water. Compared with the prior art, the anti-
radiation coating has the advantages that a
coating layer formed by the coating cannot be easily cracked, pulverized, discolored, foamed, shed, stained or the like under the external action of sunshine, wind, rain, cold, heat and the like, and the coating has anti-
radiation effects.