0.8mm Brass Sheets come in a 4 pack of plates sized 100 mm by 200 mm each. These easy to cut metal plates are suitable for a range of DIY projects, electrical engineering tasks, and crafting applications. Key benefits Easy to cut and form with common tools, enabling precise shapes and clean edges. Uniform 0.8 mm thickness across all sheets provides predictable bending, drilling, and fastening results. Brass material offers good machinability, moderate rigidity, and corrosion resistance for indoor use. Four sheets in a single pack provide multiple parts or replacements without frequent reordering. Suitable for finishing, polishing, or patination to achieve desired aesthetics. Key attributes Material: Brass (CuZn alloy) Thickness: 0.8 mm Size per sheet: 100 mm x 200 mm Pack quantity: 4 sheets Finish: Unspecified; edges may require deburring; surfaces may tarnish over time and can be polished or coated as needed Functionality and compatibility Compatible with common metalworking methods including cutting, drilling, filing, and simple forming. Appropriate for hobbyist and lightduty applications in DIY, electronics prototypes, and crafts. Edges may require deburring after cutting to ensure smooth handling and assembly. Specifications and performance Provides a balanced combination of workability, strength, and corrosion resistance for indoor use. Consistent sheet size and thickness across the 4pack support repeatable fabrication and smallbatch projects. Applications and use cases Prototyping brackets, small enclosures, or decorative inlays for woodworking or metalworking projects. Model making, cosplay props, jewelry components, nameplates, or other decorative accents. Lightduty electrical or electronics project parts such as shielding pieces or contact surfaces where current is not involved (use proper techniques for soldering and assembly). Care and maintenance Wipe with a soft cloth; brass may tarnish over time and can be polished or treated to preserve appearance. Store in a dry environment to minimize tarnish and surface changes.