Meng Model MTS-024 Moisture-Retaining Palette (Mokra Paleta)

Meng Model MTS-024 Moisture-Retaining Palette is a professional modeling product designed for working with acrylic paints, allowing for precise mixing and maintaining the proper moisture level of paints for an extended period. This wet palette is an essential aid when painting plastic models, resin kits, and miniatures, greatly improving the workflow for both beginners and advanced modelers alike.

• Product type: Modeling accessory – wet palette for acrylic paints
• Manufacturer: Meng Model – a renowned brand specializing in innovative and functional modeling accessories
• Material: The palette is made from high-quality, non-toxic plastics and special absorbent layers (filter paper + moist mat), resistant to repeated use
• Dimensions: Compact size enables convenient handling and easy storage in a modeling workshop
• Set includes: Sturdy, closable palette, 10 sheets of filter paper, and a special reusable sponge mat

The wet palette system ensures significantly slower drying of acrylic paints while working on details, making it perfect for techniques that require extended blending times, such as blending or shading. Thanks to this solution, you gain greater control over the consistency and properties of the paint even during long and precise painting sessions.

This product is especially recommended for miniature, diorama modelers, and those creating personalized artistic works. Designed for painters demanding the highest quality tools, it works perfectly for both advanced modeling enthusiasts and those just taking their first steps in this fascinating hobby.

• Ease of use: 1/5 – very easy to use
• Category: Modeling accessories / painting tools
• Period of use: Modern modeling equipment, adapted to today's acrylic paint workflow standards

The Meng Model MTS-024 wet palette is an excellent choice for any modeler striving for a flawless final result. It enables effective and comfortable painting, eliminating the problem of paint drying too quickly during complex modeling projects.