Vallejo - Diorama FX Ground Textures | Rough White Pumice 200 ml. (6.76 fl.oz.) | Premium Acrylic Color for Modelers & Miniature Enthusiasts | Exclusively Designed for Modelling

Product Description The stone textures range is a selection of acrylic, waterbased textures from Acrylicos Vallejo.They can be mixed with one another, with acrylic colors (Modelcolor, Game Color and Model Air) and other diorama materials. All products are non toxic and dry to a resistant and permanent finish. Drying time depends on the thickness of the applied product and the humidity of the atmosphere, and can vary from 45 minutes to hours or even daysHigh density paste of fine natural pumice stone and titanium white. For rough textures, oxide effects and the construction of surfaces. For extra high relief the product should be applied in layers, allowing each layer to dry before applying the next. If a more flexible paste is desired, mix with Extra Heavy Gel. From the Manufacturer Acrylics Vallejo The Vallejo Company was registered in New Jersey, U.S.A., in the year 1965. In these early years it specialized in the manufacture of colors for animated films (cartoons). The most sustained expansion of Vallejo started in the nineties, beginning with the introduction of new products directed at the Model painting and Hobby sector. The company became the first specialist in acrylic colors, with a long and varied experience in all aspects of this branch of manufacturing. Textures of Sand, Earth and Stone A range of acrylic, water based textures. They can be mixed with one another, with acrylic colors (Model color, Game Color and Model Air) and other diorama materials. P.when('A').execute(function(A) { A.on('a:expander:toggle_description:toggle:collapse', function(data) { window.scroll(0, data.expander.$expander[0].offsetTop-100); }); }); Set Contains: 1x 200ml bottle See more

• All products are non toxic and dry to a resistant and permanent finish
• Waterbased Acrylic Paints
• Designed for diorama building
• Suitable for rough textures, oxidation effects and surface creation