Ammo of Mig Jimenez F518 MARINE BLUE 17ML – Acrylic Model Paint

Ammo of Mig Jimenez F518 Marine Blue 17ml is a high-quality acrylic model paint, created with the most demanding modelers in mind. This product has been designed by the renowned brand AMMO by Mig Jimenez – a global leader in model paints and modeling chemicals, guaranteeing the highest quality and excellent coverage properties. Marine Blue F518 is a deep marine blue shade, often used for painting naval models, military vehicles, airplanes, and figures, as well as in any dioramas that require authentic water or sky effects.

• Capacity: 17 ml
• Type: water-based acrylic
• Color: Marine Blue
• Manufacturer: AMMO by Mig Jimenez
• Application: brush and airbrush painting
• Properties: non-toxic, odorless, water-washable, fast-drying
• Additives: built-in steel mixing ball for easy and even mixing before use
• Compatibility: recommended to use with dedicated A.MIG-2000 Acrylic Thinner and A.MIG-F500 Retarder for optimal workflow and smooth color blending

The Ammo of Mig Jimenez F518 Marine Blue paint is developed for professional results, whether working with a brush or an airbrush. It ensures outstanding coverage, a consistent matte finish, and high resistance to abrasion. The Marine Blue color is perfect for reproducing models of warships from WWII, the Cold War era, as well as modern naval units such as aircraft carriers, destroyers, or submarines in the colors of the US, UK, and NATO navies. It is also excellent for creating realistic effects on water dioramas and as a base for naval helicopters and airplanes.

AMMO by Mig Jimenez acrylic paints meet high modeling standards – they are environmentally friendly, free of harmful fumes, and allow comfortable use even in home conditions.

Product Category

Model Accessories > Acrylic paints for models

Recommendation and Difficulty Level

This product is recommended for both beginner and advanced modelers – the difficulty level is rated at 1/5 due to its easy application, fast drying, and excellent control over the applied layer.