Method and composition for providing corrosion resistance to metal surfaces

Claim 1

A CORROSION RESISTANT COATING FOR METAL SURFACES CONSISTING ESSENTIALLY OF, (A) ABOUT 12% TO 18% OF A SOAP SELECTED FROM THE GROUP CONSISTING OF METAL SOAPS OF BENTONITE SOAPS OF FATTY ACIDS, (B) ABOUT 12% TO 18% OF AN OLEAGINOUS SOLVENT FOR SAID SOAP SELECTED FROM THE GROUP CONSISTING OF 100 SECOND LOW POUR OILS AND THE COMPOSITION CONSISTING ESSENTIALLY 47% TO 51% PHENOL EXTRACT OF A HEAVY HYDROCARBON RESIN AND 49% TO 53% MINERAL SEAL OIL, (C) ABOUT 1 1/2% TO 2 1/2 OF RUST INHIBITOR SELECTED FROM THE GROUP CONSISTING OF METALLIC SULFONATES, METALLIC NAPHTHENATES, ALKYL ALKYL AMINES AND ALKYL AMINE SALTS, ALKYL OXAZOLINES, OXAZOLINE SALTS OF HIGH MOLECULAR WEIGHT ACIDS, SORBITOL MONOOLEATES, AND SULFONATED CASTOR OIL; AND (D) ABOUT 60% TO 66% OF A COMPOSITION CONSISTING ESSENTIALLY OF ABOUT 5% TO 6 1/2% PETROLATUM, ABOUT 12% TO 14% AIR CONDENSED HYDROCARBON RESIN HAVING A RING AND BALL SOFTENING POINT OF ABOUT 250*F., ABOUT 59% TO 64% OF A MEMBER FROM THE GROUP CONSISTING OF ODORLESS KEROSENE AND KEROSENE, ABOUT 19% TO 21% PHENOL EXTRACT OF A HEAVY HYDROCARBON RESIN AND ABOUT 0.2% TO 0.4% ZINC DIAMYL DITHIOCARBAMATE.