Our premium aluminum foil provides outstanding conductivity and durability, ideal for electrochemical applications. Perfect for use in batteries, capacitors, and energy storage systems to optimize performance and longevity.

Conducting Carbon Cloth is a versatile, flexible fabric made with carbon-based fibers that provide excellent conductivity. Perfect for use in electronic applications, energy storage devices, and wearable technology, this cloth is durable, lightweight, and easy to integrate into various projects. It offers a reliable solution for creating conductive pathways, sensors, and other innovative designs requiring efficient electrical performance. Specifications: Length: 200 mm Width: 200 mm Thickness: 320 um

<span style="font-weight: 400;">High-quality FTO  glass slides coated on a soda lime float glass. </span> <span style="font-weight: 400;">Available sizes 10 x 20 mm, and 100 x 100 mm with a plate thickness of 1.1 mm (Pack of 50).</span> <span style="font-weight: 400;"> Customization is also available.</span>

High-quality ITO glass slides coated on a soda lime float glass. Available sizes are 10 x 20 mm, and 100 x 100 mm with a plate thickness of 1.1 mm (Pack of 50). Customization is also available.

Made from high-purity nickel with a 99.9% purity level, it offers excellent corrosion resistance, high thermal and electrical conductivity, and exceptional durability. The foil is thin, flexible, and ideal for applications requiring precise and reliable material properties, such as electronics, batteries, and specialized coatings. Available in various thicknesses and customizable sizes, our nickel foil ensures versatility and consistent quality to meet your research needs. Whether for manufacturing, research, or prototyping, this nickel foil delivers outstanding performance and reliability.

Reticular vitreous carbon is a three-dimensional, microporous material made from glassy foam, featuring a high void ratio of 90%-97%, low density (0.03g/cm³), excellent chemical stability, and impressive specific surface area and conductivity. It also boasts low thermal conductivity and expansion, high structural strength, and minimal fluid resistance. This type of electrode shows great potential in applications such as organic electrochemical synthesis, electrocatalytic reactions, and electrochemical research.