Epsilon CAM Gen 3.0 LFP Cathode Active Material Enters Validation

On August 7, Epsilon CAM, the cathode materials business of Epsilon Group, announced that its Epsilon CAM Gen 3.0 LFP Cathode Active Material has entered customer validation with cell manufacturers across Asia-Pacific, Europe and the United States. The material delivers a discharge capacity of 159 mAh/g and an electrode density of at least 2.51 g/cc, positioning the technology for evaluation by battery cell manufacturers in major international markets.

Epsilon CAM plans to establish commercial manufacturing capacity of 20,000 tonnes per annum by 2028, with a longer-term scale-up target of 100,000 TPA. The Gen 3.0 material was developed at the company’s Cathode Technology Centre in Germany, where Epsilon CAM maintains a 149-patent portfolio, an ISO 9001-certified quality system and a 250 TPA commercial manufacturing facility.

The company said its technology is designed to comply with US Prohibited Foreign Entity requirements covering battery materials and intellectual property. This compliance focus accompanies the planned expansion from the existing 250 TPA commercial manufacturing facility toward substantially higher production volumes.

Frequently Asked Questions

What is Epsilon CAM Gen 3.0 LFP Cathode Active Material?
Epsilon CAM Gen 3.0 LFP Cathode Active Material is a Lithium Iron Phosphate cathode material developed for battery cell manufacturers and is currently undergoing customer validation across major international markets. The material has a reported discharge capacity of 159 mAh/g and an electrode density of at least 2.51 g/cc. Epsilon CAM developed the technology at its Cathode Technology Centre in Germany, supported by a 149-patent portfolio, an ISO 9001-certified quality system and a 250 TPA commercial manufacturing facility.