AMMO by Mig Jimenez 20733 ATOM Weapons Color Set 6x20ml

AMMO by Mig Jimenez 20733 ATOM Weapons Color Set 6x20ml is a professional set of model paints, specially designed for enthusiasts of historical and contemporary modeling. The set has been developed to faithfully recreate the surfaces and components used in weaponry, from metal barrels to wooden or plastic stocks. We recommend it for both hand and airbrush painting of weapon replicas in all scales, including the popular 1/35, 1/24, 1/16.

• Category: water-based acrylic model paints
• Application: firearm details, metal parts, wood, plastic, and Bakelite
• Volume: 6 bottles, each 20 ml
• Country of origin: Spain
• Suitable for all historical periods: World War I, interwar period, World War II, Cold War, modern times
• Set contents:
  • ATOM-20162 Satin Black – for plastic details, e.g., M16 stocks
  • ATOM-20168 Gun Metal, ATOM-20167 Steel – for metal parts: barrels, bolts, sights
  • ATOM-20047 Dark Rust – for imitation Bakelite and reddish plastics, e.g., AK magazines
  • ATOM-20058 Leather, ATOM-20050 Dark Wood – for painting leather and wooden elements (stocks, grips, straps)
• Packing: transparent bottles with a convenient screw cap that allows one-handed opening
• Non-toxic and odorless – safe and comfortable for home use
• ATOM Technology: high coverage, fast drying, self-leveling formula
• Tools: suitable for brush and airbrush; recommended thinners: ATOM-20500 and ATOM-20501
• Compatibility: once dry, suitable for decals, washes, acrylic, and enamel pigments
• Difficulty level: 1/5 – highly friendly for both beginners and advanced modelers

Recommendation: AMMO by Mig Jimenez 20733 ATOM Weapons Color Set is an excellent choice for any modeler who values historical accuracy and wishes to achieve a realistic weapon finish in their model. Perfect for both collectors of military equipment and those building dioramas or armored vehicle models from different historical periods. The innovative formula ensures ease of application and longevity of the final effect.