reactivity, creating composites to enhance conduction and mechanical support, implementing doping and functionalization for faster ion and electron movement, refining particle morphology, coating and encapsulating materials to prevent electrolyte decomposition, or adjusting electrolytes for controlled solubility, our comprehensive collection supports the augmentation of battery energy storage, power, and operational lifespan. With unmatched uniformity, purity, and quality, our materials serve as reliable foundational components for successfully producing high-performance batteries characterized by exceptional durability and reliability.

Materials for Cathode Batteries:

Materials for Anode Batteries:

Materials for Electrolyte Batteries

Materials for Cathode Batteries:

Our selection of high-purity cathode materials encompasses nickel cobalt aluminum (NCA), core-shell gradient (CSG), spinel-based lithium-ion (LMO), cobalt-based lithium-ion (LCO), and nickel cobalt manganese (NCM or NMC), all designed for constructing positive electrodes within battery cells. These materials exhibit diverse electrochemical properties, energy densities, thermal stability, and load capacities, all contributing to achieving unparalleled battery performance.

Materials for Anode Batteries:

Our high-performance anode material lineup offers remarkable porosity and conductivity, alongside solid durability and lightweight characteristics at an economical cost. We present options such as natural and synthetic graphite, powdered graphene, activated carbon, carbon black, conductive additives, mixed metal nanocomposites, lithium titanate (LTO), titanium oxide, and surface-functionalized silicon. These materials work synergistically to amplify battery capacity and power density.

Materials for Electrolyte Batteries:

Precision-engineered for optimal performance, our high-purity non-aqueous battery electrolyte solutions, ionic solutions, and additives come in various formulations (liquid, gel, or dry polymers) and typically consist of salts, acids, or bases. These materials contribute to thermal and hydrolytic stability, elevated conductivity and discharge rates, and overall enhancement in charging performance.

Explore these offerings along with additional battery materials, including our battery-grade and environmentally friendly alternatives. Delve into our array of aluminum, copper, and nickel battery foil materials, high-viscosity anode and cathode binders, as well as coated electrodes and electrode sheets, all tailored to cater to your research and commercial needs.