Brass thin sheet roll with a thickness of 0.1 mm, length of 3000 mm, and width of 50 mm. This sheet is described as H62 Cu brass alloy, a copperbased metal used as a thin sheet, foil, shield, and safe plate. Supplied as a roll for easy handling and precise cutting, it is suitable for shielding, conductive applications, and lightweight metal work. Key benefits Flexible and easy to cut, bend, or form to fit complex shapes without adding bulk. Thin, lightweight sheet that enables precise shielding and protective layers without substantial weight. Suitable for electrical shielding and grounding applications due to copper/brass alloy properties. Corrosionresistant surface typical of brass/copper alloys, contributing to durability in demanding environments. Clean, flat roll format that simplifies storage, measurement, and material management. Key attributes Material: Brass thin sheet roll (H62 Cu), copperbased alloy suitable for shielding and conductive uses Form: Sheet roll Thickness: 0.1 mm Length: 3000 mm Width: 50 mm Uses: Copper shielding sheet, shielding sheet, safe plate, adaptable for electronics, crafts, and industrial applications Applications and use cases EMI/RFI shielding for small electronic enclosures or device housings: cut to size and affix as a shielding layer to reduce unwanted interference. Electrical grounding and conductive coating in DIY electronics projects or repairs: used as a thin conductive sheet to create contact surfaces or shields. Crafting, prototyping, and modelmaking: easy to cut and shape into decorative panels, shields, or lightweight structural elements. Protective or heattransfer layer in small assemblies where a thin, conductive metal sheet is beneficial. Notes The product aligns with the specified thickness (0.1 mm), length (3000 mm), width (50 mm), and material characteristics described as Brass Thin Sheet Roll, H62 Cu, Cu metal sheet, foil, copper shielding sheet, safe plate. Suitable for applications requiring a balance of flexibility, conductivity, and durability in a lightweight form.