Christmas Sale Mse Pro 5 Kg Meshed Copper Foil (290mm W X 6um T) For High Performance Battery And Supercapacitor Research Collection [KqvyTMNh]

MSE PRO 5 kg Meshed Copper Foil for Battery and Supercapacitor Research

The MSE PRO 5 kg Meshed Copper Foil is a cutting-edge material designed for high-performance battery and supercapacitor research. This premium copper foil offers exceptional conductivity, lightweight design, and advanced mechanical properties, making it an ideal choice for researchers and engineers in the field of energy storage solutions. Its unique meshed structure provides numerous benefits, including reduced internal resistance, improved electrolyte infiltration, and better coating adhesion, which collectively enhance the cell rate capability and cycling performance of battery and supercapacitor devices.

Product Specifications and Technical Details

This meshed porous copper foil is crafted with precision, featuring a material purity of >99.9% copper. The overall width of the foil is 290 mm, with a thickness of 6 um, ensuring optimal performance without compromising on flexibility. The foil boasts a pore diameter ranging from 5 to 8 um and a pore density of 5000 to 7000/cm², providing a superior surface area for efficient material loading and improved conductivity. The pack size is 5 kg per roll, making it convenient for researchers to work with substantial quantities of the material.

• High conductivity: >99.9% copper purity ensures superior electrical conductivity.
• Lightweight design: The meshed structure makes the foil >40% lighter than traditional copper foil with the same thickness.
• Customizable: Available in various thicknesses, widths, pore sizes, and densities to meet specific research needs.

Applications and Benefits

The MSE PRO 5 kg Meshed Copper Foil is a versatile material with a wide range of applications in battery and supercapacitor research. Its unique properties make it an excellent choice for template synthesis of porous materials and catalyst support. The foil's ability to improve device power density, reduce internal resistance, and enhance coating adhesion makes it an indispensable tool for researchers aiming to develop advanced energy storage solutions. Ideal for both academic and industrial research, this product is suitable for a diverse audience, including engineers, scientists, and students involved in the development of next-generation battery and supercapacitor technologies.