High Purity Copper Conductive Plate with Excellent Thermal Properties

• Material: Copper
• Market: Global
• Key Word: Copper Conductive Plate
• Model NO.: Accept Customized
• Sample: Provided
• Transport Package: Wooden Case
• Specification: According to Customer′ s Requirements
• Trademark: SURADA
• Origin: Jiangsu, China
• HS Code: 8538900000

Product Description

Product Introduction

High-performance copper conductive board: outstanding conductivity, suitable for a wide range of applications. Copper conductive boards, as essential foundational materials in modern industrial and electronic industries, play an irreplaceable role in many sectors due to their excellent conductivity and diverse characteristics. 

Advantages of copper conductive board core: extremely high electrical and thermal conductivity, high purity, high reliability, corrosion resistance.

Performance Parameters	Conductivity	Thermal Conductivity	Comparative Advantages of Copper Conductive Plate
Copper conductive plate (T2)	Aluminium plate (1060)	Brass (H62)	2.88 times that of Aluminium Plate / 3.6 times that of Brass
101%IACS	35% IACS	28% IACS	1.63 times that of Aluminium Plate / 3.54 times that of Brass 3.54 times
386 W/(m-K)	237 W/(m-K)	109 W/(m-K)	30% lower than brass

Application scenarios

1.Power energy: Transformer coils, cable shielding layers, reducing power transmission losses.
2.Electronic manufacturing: Flexible printed circuit boards (FPCs), heat sinks, replacing copper-aluminum composite layers to reduce costs.
3.New energy vehicles: Battery connectors, charging pile conductive plates, with high-temperature resistance and zero magnetic interference to protect safety.
4.Industrial equipment: Resistance welding electrodes, EDM molds, extending tool life and reducing downtime losses.

Product name	High Purity Copper Conductive Plate with Excellent Thermal Properties
Samples	Provided, please contact us
Material	Copper
Material description	High electrical and thermal conductivity
Size	According to customer's requirements
Application	Power energy,Electronic manufacturing,New energy vehicles,Industrial equipment