Lacquers – Lacquers are the most commonly used protective surface coating for wood substrates. Nitrocellulose Lacquers and Vinyl Lacquers are best used for indoor wood furniture and cased goods. Nitrocellulose Lacquers perform best as protective coating for wood substrates that are situated in low traffic areas. Vinyl lacquers are usually used to provide coating for semi-flexible, waxy oily-like substrates such as rattan, bamboo, abaca, etc. Leather finishes on semi-fabric substrates can also be achieved using Leather Lacquer. Lacquers are then diluted with specially formulated thinner to provide ease of application and optimal performance as surface protective coatings.

Solvent & Thinners – Solvents carefully formulated and mixed into thinners are added to lacquers and binders in strict specific proportions to provide optimum dilution that will not compromise film quality and consistency of the finish. Addition of thinners provides ease of application, fast drying action, and consistent binder spread. Thinners under Sparko Surface Coatings are accurately formulated to fit best when mixed with each kind of binder. Specific thinners are designated for each type of binder to ensure compatibility and quality finish. Thinner’s active and latent components are adjusted to allow optimal lacquer workaround and drying time, offering maximization of project lead time and production.

Auxiliaries – Powders, metallic leafing, additives, and wood preparation items are considered to be auxiliaries for different types of finishes. Sandpapers are used to improve substrate surface adhesion in preparation for any quality finish. Additives such as fungicides, anti-mildew, and bacteriocides can also be added to protect the wood from any organic decay and degradation. Steel wools and brushes are used to provide highlighting for glazes in between coats and enhance graining emphasis. Metallic powders and leafings are added to binders and finishes, respectively, for it to exhibit gold to silver variants of metal-like appearance on wood surface.