Ultra-fine self-adhesive rectangular enameled copper 1.06mm

Ultrafine Self-Adhesive Rectangular Enameled Copper is a copper material with a special coating and fine dimensions. Here are the details about 1.06mm Superfine Self-Adhesive Rectangular Enameled Copper:

1. Dimensions: 1.06mm Ultrafine Self-Adhesive Rectangular Enameled Copper has a width, thickness, and length of 1.06 mm (or approximately 0.042 inches). It has a rectangular shape and the length can be customized to meet specific needs.
2. MATERIAL: The base of this enameled copper material is copper. It is specially treated and coated to give it an enamel (also known as enamel) coating. The enamel coating provides the material with corrosion resistance, abrasion resistance and insulating properties.
3. Self-adhesive: 1.06mm ultra-fine self-adhesive rectangular enameled copper has self-adhesive properties. This means that it is coated with adhesive on one or both sides and can be adhered to other surfaces after removing the protective film, providing easy installation and application.
4. Application: Ultrafine self-adhesive rectangular enameled copper has a wide range of applications in the electronic, electrical and communications fields. It can be used for circuit boards, wires, electronic components, motors, transformers, insulation, shielding materials, and more. The self-adhesive properties make it suitable for applications that require quick and easy adhesion, increasing productivity.
5. Special Properties: Ultrafine self-adhesive rectangular enameled copper has good electrical conductivity, thermal conductivity and corrosion resistance. The enamel coating provides good insulation against current leakage and short circuits between interconnecting wires.

Exact specifications and properties may vary by manufacturer and application. When selecting and using ultra-fine self-adhesive rectangular enameled copper, it is recommended to refer to the relevant technical specifications, manufacturer’s instructions or consult a professional engineer to ensure that it meets the requirements of the specific application.