Italeri 4681AP FLAT GUN METAL 20ml – Acrylic Paint for Modeling

Italeri 4681AP FLAT GUN METAL 20ml is a high-quality acrylic modeling paint designed especially for demanding modelers working with plastic, resin, or 3D printed models. This product, endorsed by the renowned Italian manufacturer Italeri, guarantees excellent coverage, durable finish, and a realistic matte metal effect. The "Flat Gun Metal" shade is perfectly suited to recreating various metallic elements – such as barrels, weapon parts, tank tracks, military tools, and details on airplane, helicopter, armored vehicle, or car models.

• Capacity: 20ml – supplied in a practical jar, suitable both for brush and airbrush application.
• Base: premium-quality acrylic, dilutable with water or dedicated acrylic thinners.
• Finish: matte (flat) – perfectly simulates real steel or metal without excessive gloss.
• Versatile application: recommended for painting plastic models, photo-etched parts, resin accessories, and 3D printed details.
• Fast drying and abrasion resistant: ideal for both military modeling (WWI, WWII, Cold War, or modern models) as well as civil applications.
• Easy to apply: thanks to its excellent viscosity, the paint does not run, covers details well, and allows for painting thin coats.
• Eco-friendly and odor-neutral: perfect for use at home and in the workshop.
• Color compatibility: matches the color standards of the most popular model kit manufacturers – Italeri, Tamiya, Revell, Zvezda, Academy, and many more.

Category: acrylic modeling paints
Recommended for: both beginner and advanced modelers who expect professional results with no compromise.
Difficulty level: 1 (very easy to use).

Italeri 4681AP FLAT GUN METAL 20ml is a versatile and reliable paint that should be present in every modeler’s workshop. It guarantees convenient work, perfect coverage, and realistic metal effects – regardless of the selected historical period or model scale. We definitely recommend this product for all detailing tasks as well as for covering larger surfaces.