Traditional rust preventive formulations utilize waxes and oils to leave thin temporary barrier films on a metal surface. The delicate and tacky nature of these chemistries may not be fit for every application and end-users often seek alternatives that are more durable. Acrylic polymer films have been sought as a suitable replacement providing a dry-to-touch alternative that provides ease of handling with acceptable corrosion protection. This study will look at evaluating acrylic polymer and styrene-acrylic copolymers that are commercially available as rust preventives. These are used in direct-to-metal applications and in many cases provide semi-permanent corrosion protection. Samples will be subjected to performance tests to allow for a direct comparison. In addition film properties of the dry films will also be investigated.