AMMO of Mig Jimenez 20028 ATOM COLOR Scarlet Red 20ml

AMMO of Mig Jimenez 20028 ATOM COLOR Scarlet Red 20ml is an innovative water-based model paint with a unique formula that combines the advantages of lacquer and acrylic. This product is characterized by its exceptional coating durability, intense saturated shade of scarlet red, and outstanding ease of application with both brush and airbrush. Optimized for a wide range of uses, Scarlet Red works perfectly for painting models of any scale, from precise dioramas to larger vehicle or figure models.

• Paint intended for plastic, resin, metal, or 3D printed model components
• Capacity: 20 ml, transparent container with a modern single-grip screw cap
• Water-based formula – behaves like a lacquer, provides a durable and resistant surface
• Self-leveling and fast-drying, guarantees a smooth finish and excellent coverage
• Recommended to thin with dedicated ATOM Cleaner & Thinner (ATOM-20500) or Cleaner & Thinner Retarder (ATOM-20501)
• Allows layering with acrylics, enamels, decals, and other modeling chemicals after drying
• Non-toxic, odorless, and safe for both beginners and professionals
• Category: water-based lacquer-type model paints

Thanks to its properties, AMMO ATOM COLOR Scarlet Red 20ml sets a new standard for modelers seeking top durability and finish quality. This paint not only impresses with its pigment depth and coverage strength but also allows results unattainable with traditional acrylics or lacquers. The innovative bottle with a secure closure makes precise dispensing and safe storage without drying out easy. With excellent compatibility with various substrates and resistance to contact with other chemicals, Scarlet Red is a great choice for modeling military vehicles, civil subjects, figures, and historical dioramas.

We recommend this product to both beginner modelers (difficulty level 1/5) and advanced hobbyists striving for perfection and durability in their models. AMMO 20028 ATOM COLOR Scarlet Red guarantees a professional finish for every modeling project.