Amazing Art 18086 Acrylic Paint Thinner 80ml

Amazing Art 18086 is a professional thinner for acrylic paints, designed especially for modelers and hobbyists who require the highest quality and precision when working on models. This product stands out for its high purity and neutral smell, making it perfect for use in both the workshop and at home.

• Capacity: 80ml – ideal for daily use and working on complex plastic models, resin models, or photo-etched parts.
• Purpose: dedicated to water-based acrylic paints, both well-known modeling brands and specialist products.
• Material: Transparent liquid – ensures safe and even distribution of the paint, preventing separation and not negatively affecting pigmentation.
• Category: Modeling accessories – thinners and auxiliary agents.
• Application: perfect for thinning paints prepared for brush or airbrush painting, as well as for cleaning modeling tools after painting.
• Compatibility: works perfectly with popular brands of acrylic paints, allowing you to achieve the desired consistency, shading effects, and precise color transitions.

Amazing Art 18086 thinner not only improves the usability of paints but also minimizes the risk of airbrush tip clogging, and helps achieve a smooth, even surface without unsightly streaks. It eliminates the rapid drying of paint on the tool tip, enabling longer and more comfortable work sessions.

The product is recommended for both beginner and advanced modelers – it is easy to use, safe, and delivers predictable results. It is an indispensable part of any modeler's workshop, facilitating precise painting of figures, plastic models (1/35, 1/48, 1/72, and others), dioramas, or military vehicles.

Difficulty level: 1/5 – very simple and intuitive to use. Just a few drops of thinner are enough to achieve optimal paint viscosity and enhance both painting comfort and quality.

If you are looking for an efficient, safe, and reliable thinner for acrylic paints, Amazing Art 18086 in the 80ml bottle is a great choice that will meet the expectations of even the most demanding modelers.