Alclad ALC 115 STANLESS STEEL 30ML – High Gloss Model Paint

Alclad ALC 115 STANLESS STEEL 30ML is a first-class choice for modelers seeking a professional finish for plastic, resin, and metal models. This product belongs to the category of lacquer paints dedicated to modeling applications, renowned for producing a highly realistic, high-gloss stainless steel metallic effect. It is ideal for replicating steel surfaces on model airplanes, military vehicles, cars, or motorcycles in scales such as 1/24, 1/35, 1/48, or 1/72.

• Volume: 30 ml
• Type: Solvent-based modeling lacquer
• Category: Specialized metallic airbrush paint
• Manufacturer: Alclad II – a recognized leader in modeling chemicals
• Place and method of use: Requires the use of a high-gloss black base coat, which enhances the metallic effect and color depth. It is recommended to use Alclad Gloss Black Base or alternatively Tamiya TS-14 acrylic primer (spray) dedicated for models.
• Application: The paint is intended for airbrush application at a pressure of 1-1.5 atm, from a distance of 4-6 cm, with short strokes similar to brush strokes. It is crucial to apply 2-3 thin layers to achieve a high-gloss effect.
• Additional properties: Does not require thinner or carrier, works well with other paints. Easily suitable for masking and further coating with varnishes or weathering.
• Compatible materials: Plastic, resin, metal after proper surface preparation.
• Level of application difficulty: 2/5 – requires experience with an airbrush, easy to apply after using a suitable primer.

Alclad ALC 115 STANLESS STEEL is especially recommended for intermediate and advanced modelers who expect a perfect, natural gloss of steel surfaces on their models. It will be especially appreciated by those reproducing details of civilian and military aircraft from World War II, the Cold War, or modern times; it performs excellently on models of vehicles with prominent metal element details. This is an indispensable product when quality and a professional appearance of the finished model are key.