AK Interactive RC802 Satin Varnish 17 ml – Satin airbrush varnish

AK Interactive RC802 Satin Varnish 17 ml is a high-quality satin varnish for scale modeling, created with an advanced chemical formula. Developed by the world-renowned Spanish manufacturer AK Interactive, this varnish is designed for both hobbyists and professionals who seek a product that provides excellent finishing and unparalleled protection of painted surfaces.

Product Characteristics

• Volume: 17 ml – a handy bottle ideal for workshop use
• Base: solvent-based varnish, compatible with a wide range of modeling paints
• Finish: satin – subtle, semi-matte finish that looks natural on models
• Application: for airbrush use – flows smoothly, does not clog the nozzle, provides even surface coverage
• Adheres to any surface – plastic, resin, metal, wood, 3D prints
• Perfectly compatible with weathering effects – fixes pigments, washes, oils, and other model aging techniques, does not dissolve acrylic or enamel paints
• Dries excellently – dries quickly without streaks or runs, mechanically resistant
• Versatile: suitable for models in any scale – from 1/72 to 1/16, for vehicle models, figures, as well as dioramas

Application and Recommendations

AK Interactive RC802 Satin Varnish 17 ml works best as the final protective layer on plastic, resin, and 3D printed models. It seals details, pigments, and decals, providing an elegant satin effect. After application, the model becomes more resistant to dust, fingerprints, and abrasion, significantly extending its aesthetic lifespan.

Who is it for?

This product is recommended for every modeler – from beginners to advanced users (application difficulty: 1). The extremely easy-to-use and forgiving formula allows even those new to airbrushing to achieve professional results. It will also satisfy experienced modelers who value reliability, consistency, and fast workflow.

Category

Modeling chemicals / Modeling varnishes – this product is not a model, but a finishing accessory, supporting your work at every stage of model making.