AMMO of Mig Jimenez 0194 ALUMINUM 17ml is a high-quality acrylic model paint with a realistic metallic aluminum shade. This specialist paint has been created to replicate the finish of metallic parts on plastic models, resin models, figures, dioramas, and other details in scale modeling. The product belongs to the "acrylic paints for models" category, making it ideal for both enthusiasts using brushes and airbrushes.

• Shade: realistic metallic ALUMINUM
• Volume: 17ml – sealed, airtight jar
• Formula: safe, water-based, non-toxic, and odorless
• Application: dedicated for plastic, resin, and metal models, recommended for painting aircraft, cars, tanks, ships, figures, and miniatures.

AMMO of Mig Jimenez 0194 ALUMINUM is an excellent choice for accurately reproducing the effect of raw, polished aluminum such as on WWII fighter aircraft skins (e.g., P-51D Mustangs, B-17 Flying Fortress), modern aircraft, or technical details of vehicles. This paint offers exceptionally smooth coverage and an authentic metallic shine that will impress even the most demanding modelers.

• High efficiency: excellent coverage after just 1-2 coats
• Optimal for airbrush and brush – does not clog nozzles, easy to apply
• Can be mixed with other AMMO acrylics for a custom effect
• Fast drying: fully cures within 24 hours

This paint is fully water-soluble, making tool cleaning easy and safe. We recommend using the dedicated thinner A.MIG-2000 Acrylic Thinner for optimal flow when airbrushing.

We recommend AMMO of Mig Jimenez 0194 ALUMINUM for both beginner and advanced modelers. Its high ease of application and safe formula make it an ideal choice for hobbyists, aviation enthusiasts, armor modelers, and fans of civil vehicles. Application difficulty level: 1/5 – the paint is very user-friendly and requires only thorough mixing before use.

In summary, AMMO ALUMINUM 0194 is an irreplaceable modeling paint with an authentic finish, distinguished by its quality and final effect – a choice that will satisfy every modeler concerned with historical precision and visual impact.