Mr.Color GX6 Morrie Green 18ml

Mr.Color GX6 Morrie Green 18ml is a high-quality cellulose paint from the renowned Japanese brand Gunze Sangyo, part of the professional Mr.Color GX series. It is designed primarily for precise painting of plastic, resin, and 3D printed models or parts, providing them with a durable, saturated finish with exceptional color depth. The Morrie Green shade perfectly reflects characteristic military and machine green tones, making it ideal for scale models of armored vehicles, aircraft, or civilian vehicles in both historical and modern modeling.

This cellulose modeling paint is distinguished by excellent coverage, fast drying time, and remarkable resistance to abrasion and scratching. Mr.Color GX6 Morrie Green applies very evenly, allowing for painting with both brush and airbrush. Its consistency enables easy thinning with the dedicated Gunze Mr.Color Thinner or Leveling Thinner, ensuring a perfectly smooth and uniform coat without unsightly streaks.

• Capacity: 18 ml
• Type: cellulose paint for plastic, resin, 3D printed models
• Color: Morrie Green (deep green shade, widely used in military modeling)
• Finish: semi-gloss
• Application: ideal for 1/24, 1/35, 1/48 scale models and others
• Recommended tools: brush, airbrush
• Manufacturer: Gunze Sangyo (Mr.Hobby), Japan
• Usage period: recommended for models from the WWII period, Cold War, and modern era
• Durability and resistance to external factors

Mr.Color GX6 Morrie Green belongs to the category of specialist cellulose modeling paints dedicated to both advanced modelers and ambitious hobbyists seeking professional painting results. The product's difficulty level is rated at 3/5 – it requires proper thinning and a well-ventilated room during application.

This product is especially recommended for modelers seeking durable, intense colors to accurately depict military vehicles and various machines in realistic colors. The quality of Mr.Color GX paint guarantees satisfaction for even the most demanding users, providing professional results and excellent adhesion to any modeling surface.