KA Models KA-00010 Quadrangle Pattern Mesh A 0.5mm x 0.7mm – Photoetched Mesh for Scale Modeling

We offer a professional photoetched part: KA Models KA-00010 QUADRANGLE PATTERN MESH A 0.5mm x 0.7mm. This is a high-quality modeling mesh with a regular rectangular mesh of 0.5mm x 0.7mm, ideal for use in advanced modeling projects. It is a product of the renowned KA Models brand, known for the precision and durability of its modeling accessories.

This element is produced using photoetching technology, which provides exceptional detail and sharp edge definition. The product is primarily intended for dioramas, military vehicle models, aircraft, civilian cars, and architectural mock-ups in many popular scales such as 1/35, 1/24, 1/48, and smaller.

• Material: high-quality photoetched brass sheet, resistant to deformation and easy to work with.
• Mesh size: 0.5mm x 0.7mm – a realistic representation for scale modeling.
• Applications: radiator grilles, fan covers, protective meshes, elements of technical and architectural details.
• Intended for: scale models (plastic and resin), dioramas, scratch build, vehicle and aircraft reconstructions.
• Usage period: universal – suitable for both historical projects (WWII, Cold War) and modern ones.
• The exceptionally thin profile ensures easy fitting and a realistic final effect.
• Category: photoetched part / modeling accessory.

The KA Models KA-00010 mesh is recommended for intermediate and advanced modelers who expect maximum detail and build quality. Its use will clearly enhance the realism of your model – recommended for professional and competition modeling projects. Indispensable in scratch building, it allows for precise reproduction of small, hard-to-model details such as ventilation grilles or mechanism covers.

The product does not require specialized tools – it is recommended to use fine modeling scissors or sharp hobby knives and CA glue. The assembly difficulty level is rated at 2/5 – an excellent choice for intermediate and advanced modelers looking to add realism to their projects.