Tamiya TS36 Fluorescent Red (85036) – Specialist Model Spray

Tamiya TS36 Fluorescent Red (85036) is a high-quality acrylic lacquer spray, dedicated to painting plastic scale models as well as figures and modelling details. Developed by the renowned Tamiya company, this product is an excellent choice for every modeler who values a professional finish for their projects. The intense, fluorescent red shade ensures your models stand out, both in dioramas and during exhibitions or modelling competitions.

Product characteristics

• Can volume: 100 ml – ideal for covering even large model surfaces without the need for frequent refilling.
• Type of lacquer: Acrylic, solvent-based – features fast drying time and a durable coating resistant to abrasion and external factors.
• Category: Acrylic spray lacquer intended for plastic modelers and other DIY hobbyists.
• Color: Fluorescent red – a vibrant color ideal for accentuating model parts, rescue markings, signal elements, and sporting or prototype vehicles.
• Direct application: Allows for even coverage of larger surfaces without drips or streaks, maintaining high edge precision.
• Compatibility: The paint is compatible with most plastic model surfaces in scales 1/24, 1/35, 1/48, 1/72 and others.

Modeling applications and unique features

Tamiya TS36 Fluorescent Red is ideal for painting details that require high visibility: rescue vehicles, aviation safety markings, automotive details, or signaling elements in both military and civilian models. It is perfect for racing car models from the 1960s up to the present day, as well as for airplane or drone replicas.

Difficulty level:

• Level 2/5 – Easy to use product, intended for both beginners and advanced modelers.

Recommendations

We recommend Tamiya TS36 Fluorescent Red to all modelers looking for a durable, uniform, and effective lacquer finish. This solution works well for both historical models and modern projects with a unique, highly visible finish. The product is valued for its high quality, versatility, and convenient application.