Microscale
Micro Metal Foil Adhesive (28ml)
This Micro Metal Foil Adhesive from Microscale is designed for applying real metal foil to scale models, allowing for highly realistic metallic finishes. Supplied in a 28ml bottle, it provides a practical solution for modellers seeking to achieve a true metal appearance with thin-foil materials. As part of the adhesives range, it is suited to precision work and detailed finishing.
The adhesive is typically used with standard household aluminium foil, which can be applied to model surfaces to replicate natural metal effects. Once applied, the adhesive forms a smooth bonding layer that allows the foil to be positioned and adjusted before it sets. This process enables modellers to cover panels, surfaces, or entire models with real metal, producing a finish that paint alone cannot replicate.
Its formulation is designed to be easy to use, making it suitable for both small detailing work and larger surface applications. The adhesive can be applied in a thin, even layer to ensure a clean result, and it works effectively across a range of materials commonly used in model kits. The result is a durable bond that helps maintain the foil’s appearance once in place.
- 28ml Micro Metal Foil Adhesive
- Designed for applying real metal foil to models
- Suitable for use with household aluminium foil
- Creates realistic natural metal finishes
- Easy to apply and adjust before setting
- Suitable for detailed or full-surface applications
Using real metal foil has long been a technique used by modellers to achieve highly realistic finishes, particularly on aircraft models where natural metal surfaces are prominent. Unlike metallic paints, foil reflects light in a more authentic way, closely resembling the appearance of full-scale materials. Products such as this adhesive make the process more accessible, allowing modellers to apply foil cleanly and consistently. It provides an effective way to enhance realism, especially on projects where surface finish plays a key role in the final presentation.
