SebitChem Co., Ltd. is a South Korea-based environmental and specialty chemical recycling company primarily engaged in the recovery of critical metals from secondary battery waste and the purification of industrial chemical byproducts. Founded in 1993 and headquartered in Gimcheon, Gyeongsangbuk-do, South Korea, the company operates across two principal business divisions: Secondary Battery Recycling and Fine Chemicals. Its secondary battery materials portfolio includes customized precursor composite liquid solutions containing optimized ratios of nickel, cobalt, and manganese (NCM); battery-grade lithium carbonate; high-purity nickel sulfate; cobalt sulfate; and manganese sulfate extracted from cathode manufacturing scraps and decommissioned electric vehicle batteries. Its fine chemical and industrial recycling product lines comprise high-purity recycled phosphoric acid utilized in semiconductor and flat-panel display etching processes; sodium nitrate used in glass and industrial applications; liquid ammonium phosphate fertilizers; and regenerated nitric acid and environmental wastewater treatment chemicals. SebitChem serves cathode active material manufacturers, secondary battery producers, semiconductor fabricators, electronic display manufacturers, and agricultural chemical distributors primarily across South Korea and East Asia. In recent developments, the company has expanded its manufacturing footprint through the construction and operational ramp-up of its third Gimcheon production facility, significantly scaling up its annual output of precursor composite solutions and high-purity lithium compounds. SebitChem has also strengthened its strategic industry partnerships, securing multi-year raw material off-take and supply agreements with major secondary battery cathode and precursor manufacturers such as Korea Energy Materials Co. (KEMCO). Furthermore, the company has broadened its technological and operational focus by initiating development of dedicated lithium iron phosphate (LFP) battery recycling processes, expanding hydrometallurgical extraction capabilities for next-generation energy storage systems, and advancing low-carbon, closed-loop metal recovery techniques to support evolving global electric vehicle supply chain requirements.