Gunze Sangyo H099 Fluorescent Pink (Gloss) 10ml – Fluorescent Acrylic Paint for Models

Gunze Sangyo H099 Fluorescent Pink (Gloss) 10ml is a high-quality water-based acrylic paint, specially designed for modelers looking for intense pink fluorescent accents on their models. This product belongs to the category of acrylic model paints, which are valued for their ease of use and wide application in plastic modeling, resin kits, as well as on metal details or 3D printed parts.

The fluorescent, glossy Gunze Sangyo H099 paint is perfect for:

• Highlighting details on military vehicles, racing cars, motorcycles, or figurines
• Creating warning markings, emblems, and details requiring high visibility
• Aircraft models, where signal colors and safety markings are very important
• Dioramas and elements of sci-fi, mecha, and fantasy

Especially recommended for special effects – it allows you to achieve amazing luminosity, especially when applied over a white primer, which brings out the depth and brightness of the color. Once dry, the surface becomes glossy, further emphasizing the modern, striking finish.

• Capacity: 10 ml
• Type: Water-based acrylic paint (thinning with water or dedicated Gunze thinner)
• Color: Fluorescent Pink
• Finish: Gloss – high gloss effect
• Manufacturer: Gunze Sangyo (Mr. Hobby)
• Application: brush or airbrush
• Very fast drying
• High abrasion resistance

The product is safe for health, free from harmful solvents, and has minimal odor, making it especially convenient for indoor use. Thanks to its versatility, the paint is suitable for both military and civil modeling, as well as for artistic work, prototyping, dioramas, and collector figures.

We recommend Gunze Sangyo H099 Fluorescent Pink (Gloss) for both beginner and advanced modelers – perfect for those who want to achieve a spectacular special effect and draw attention to model details. The application difficulty level is rated at 1/5 – the paint is exceptionally easy to use and forgiving of minor imperfections, even for less experienced users.