AMMO of Mig Jimenez A.MIG 0736 Dirt Shader Matt – Matte model paint for dirt effects
AMMO of Mig Jimenez A.MIG 0736 Dirt Shader Matt is a highly specialized product designed for modelers who want to achieve natural and realistic dirt effects on various types of models. It is part of the renowned Shader series, dedicated to creating subtle shading, streaks, weathering, and diverse surface detailing. Thanks to its unique matte formula, the paint allows for precise highlighting of panel lines and recesses as well as faithfully recreating the effects of natural wear and tear on vehicles, figurines, buildings, and dioramas.

• Ready to use straight from the bottle, with no need for additional thinning – convenient for both airbrush and brush application.
• Matte finish, ideal for realistic weathering effects, dirt, and darkening surfaces.
• Suitable for multilayer application – an excellent choice for shading, modulating base colors, and creating dirty streaks.
• Easily removable with water before fully curing – safe to use and allows for corrections before the final result.
• Compatible with other acrylic products – can be thinned with Acrylic Thinner (A.MIG-2000) or Transparator (A.MIG-2016).

This product is dedicated to modelers seeking professional shading paints for models in 1/35, 1/24, 1/48 scale (military vehicles, airplanes), as well as dioramas and historical or fantasy figurines. Due to its versatility, it works well for WWI, WWII, and modern vehicles from any country and in any configuration.

Category: Specialized acrylic model paint for effects and shading.
Material: Water-based acrylic paint.
Capacity: Standard 10 ml bottle.
Difficulty level: 2/5 (easy to use even for beginner modelers, also convenient for advanced hobbyists).

Recommendation: We especially recommend Dirt Shader Matt AMMO Mig Jimenez to modelers passionate about realism and finishing detail, as well as to creators of dioramas, armored vehicles, aircraft, and figures. It is a product that is essential for achieving high-class weathering and timeworn effects on models.