Heller 9056 056 Aluminium - Metallic 12ml

Heller 9056 056 Aluminium - Metallic 12ml is a high-quality water-based acrylic model paint, dedicated for painting plastic models, resin models, and 3D-printed details in any modeling scale (e.g. 1/35, 1/24, 1/72). This product represents the latest generation of Heller acrylic paints, valued by modelers worldwide for their ease of application and exceptional metallic effects. The Aluminium - Metallic shade is perfect for reproducing all types of metal surfaces, such as aircraft fuselage parts, cars, military vehicles, or architectural details.

The paint is offered in a convenient 12 ml container, providing an optimal amount of product for numerous modeling projects. It is compatible with both brush and airbrush application (after proper thinning, recommended acrylic thinners or distilled water). Thanks to excellent pigmentation and density, one or two coats are enough to achieve realistic aluminum effects, without streaks or brush marks.

• Capacity: 12 ml
• Type: Water-based acrylic model paint
• Finish effect: Metallic (aluminium)
• Manufacturer: Heller (France)
• Applications: plastic models, resin, 3D, and photo-etched accessories
• Application: brush, airbrush
• Easy cleaning of tools with water after use
• Very low volatile organic compound content (eco-friendly and safe for health)
• Ideal for aircraft, tanks, cars, figures, and both historical and modern dioramas

Heller 9056 056 Aluminium - Metallic 12ml belongs to the "water-based acrylic model paints" category. Due to its easy application and quick drying time, the product is recommended for both beginners and advanced modelers. Thanks to exceptional covering power and durable finish, the paint works great for precise detail painting as well as larger surfaces.

Difficulty level: 1/5 – very easy to use product.

I recommend this product to all modelers looking for easy-to-use and efficient paints with a realistic metallic sheen. An excellent choice for aviation, military, automotive, and any project requiring an aluminum effect.