Anode Materials

Different types of anode materials
for Li/Na ion batteries based on
reaction mechanisms^[1]

Anode is a key component of lithium/sodium ion batteries, which has a significant impact on the overall performance of the battery according to its properties and morphology. Based on the reaction mechanisms, anode materials are mainly classified into three categories: intercalation reaction type anode materials, conversion reaction type anode materials, and alloying-type anode materials. Ideal anode materials for lithium/sodium ion batteries should have excellent porosity and conductivity, low potential to cathode materials, light weight, long cycle life, low cost, and excellent durability and environmental compatibility.

Alfa Chemistry offers a wide range of anode materials for lithium/sodium ion manufacturing. We offer available materials in the form of powders, granules, pellets, sputtering targets and more. Customized anode materials are also available upon request.

What We Offer

Advantages of Anode Materials

Anode materials play an important role in today's energy systems. High-quality anode materials offer a variety of advantages in battery technology, and they are the basis for determining battery life and performance. Some anode materials can provide high energy density, thereby extending the battery life of portable devices. In addition, there are others that provide excellent electrical conductivity and have the potential to further revolutionize anode battery technology.

Why Choose Us

Alfa Chemistry is a leading developer and manufacturer of specialty battery materials for lithium/sodium ion batteries. Our battery materials are produced through a scalable and cost-effective solid-state synthesis process, and they are pure and consistent enough to provide excellent, reliable performance even in longer cycling experiments. In addition, we are capable of custom synthesizing hard-to-obtain lithium-ion and sodium-ion battery compositions. If you have any requirements, please feel free to contact us.