Premium C14700 Copper Metal Strips For Electrical Thermal Applications

The C14700 copper alloy offers excellent electrical conductivity, superior thermal conductivity, and corrosion resistance, making it the perfect material for industries requiring high-performance materials. Available in a range of thicknesses from 0.3mm to 200mm, and widths ranging from 4mm to 1000mm, these copper strips are highly customizable to meet the specific needs of various projects. Whether you are working with electrical vacuum instruments, hardware products, lamps, or pipe fittings, C14700 copper strips deliver unmatched quality and durability.

• Electrical Components: The C14700 copper strips are widely used in high-precision electrical components, including switches, conductive bases, and connectors. They provide exceptional electrical conductivity, ensuring reliable performance in electrical circuits.
• Thermal and Corrosion Resistance: Due to their superior heat conductivity and corrosion resistance, these copper strips are ideal for manufacturing heat exchangers, radiators, and automobile water tanks.
• High-Precision Switch Components: These copper strips are essential in the production of high-precision switch parts, such as electromagnetic switches and circuit boards, offering excellent formability and high surface accuracy.
• Industrial & Chemical Equipment: The copper strips are used in chemical evaporators, storage devices, blast detonators, and various other industrial applications where thermal conductivity and corrosion resistance are critical.
• Electrical Appliances & Lighting: With low oxygen content and fine organization, C14700 copper strips are used in terminal printing, lamp holders, battery caps, and electrical vacuum devices, ensuring durability and high-performance in electrical appliances.

C14700 Copper Strips are made from high-purity copper alloys that have been electrically eroded to produce precision molds with excellent surface accuracy. These strips are suitable for precision punching and fine stamping, and their low oxygen content ensures high electrical conductivity and thermal efficiency.

These copper strips can be further processed into a variety of shapes and sizes, including plates, strips, tapes, and rods, to meet specific industrial and commercial needs. The copper's ductility, formability, and resistance to wear ensure that it can withstand harsh environments without degradation.