Achieve unparalleled texture and dimension in your artwork with Ceracolors Molding Paste, a revolutionary medium designed to elevate your creative vision. This innovative paste is specifically formulated to be mixed with Ceracolors paints, allowing you to build thick, impasto-like textures that add depth and visual interest to your pieces.

By incorporating talc, the Molding Paste takes on a gray appearance, but it can be easily tinted with any Ceracolors paint to match your desired color palette. This versatility enables you to experiment with a wide range of techniques and effects, from subtle, nuanced textures to bold, three-dimensional statements.

One of the key benefits of Ceracolors Molding Paste is its ability to extend the working properties of your paint. By adding the paste to your Ceracolors colors, you can achieve a more vibrant, richly textured finish that resists fading and wear. This makes it an ideal choice for artists seeking to create durable, long-lasting pieces that can withstand the test of time.

In addition to its thickening properties, the Molding Paste can also be used to create textured foundations for painting, providing a unique, rugged surface for your brushstrokes to adhere to. This opens up a world of creative possibilities, as you can experiment with different techniques and tools to achieve a wide range of effects.

As with all Ceracolors products, the Molding Paste is formulated with the highest-quality ingredients and conforms to ASTM D-4236 standards, ensuring a safe and reliable artistic experience. With its 8 fl oz (236.5 ml) capacity, you'll have ample supply to explore the full range of possibilities offered by this versatile medium.

Whether you're a seasoned artist or just beginning to explore the world of mixed media, Ceracolors Molding Paste is an essential addition to your creative toolkit. By unlocking the full potential of your Ceracolors paints, this innovative paste medium empowers you to push the boundaries of artistic expression and bring your most ambitious visions to life.