Reducers

M.L. Campbell also offers specialty finishes, touch-up products, additives, reducers, retarders and catalysts to meet all of your wood finishing needs.



A high-quality special blend of solvents specifically designed to be an excellent reducer for nitrocellulose, pre-catalyzed, post-catalyzed, butyrate, and acrylic lacquers. It is tolerant of a wide range of poor application conditions, and will maintain good dry, flow, and blush resistance. Has a minimum tendency to raise the wood grain. The combination of properties minimizes the sanding required on lacquer sealer and between finish coats.




A premium blend of special medium evaporating solvents designed for specifically for reducing HAPs free pre-catalyzed and post-catalyzed finishes. The addition of small amounts will correct most leveling and flow problems. Contains no aromatic or ketone solvents.




An economy blend of solvents specifically designed to be used as a clean up solvent for nitrocellulose, pre-catalyzed, post-catalyzed, butyrate and acrylic lacquers. If used in our products, Fast Lacquer Thinner may cause flow, leveling and bubbling issues; therefore, it is recommended that it be used as a gun cleaner.




Premium slow reducers specially formulated for conditions of high heat and humidity. Consist of a quality blend of Glycol Ethers and Ester Solvents. Will effectively help to enhance the flow of our products and help to reduce bubbling and blushing caused by the effects of high heat and humidity during application. Flow Enhancer 1 will reduce dry spray and both will reduce lapping.




A blend of special evaporating solvents specifically formulated for Euro Series two-component polyurethane products. Intended to correct most leveling and flow problems. Euro Reducer contains no aromatic or ketone solvents.




A special HAPS-free reducer required for thinning EuroBild Epoxy Sealer that also includes additives that reduce bubbles during application. Due to the high solids nature of the EuroBild Epoxy Sealer, this solvent reducer must be used for optimum application and performance characteristics of the coating.