The high-purity salts provided by Eata Energy are core functional raw materials for the new energy and high-end manufacturing sectors. Leveraging precise composition control processes, our products combine stable phase purity, extremely low impurity levels, and excellent chemical stability, fully meeting the demands of diverse applications such as the preparation of electrochemical energy storage media, industrial waste heat storage, modification of thermoelectric materials, water softening, and high-end biochemical synthesis. We offer analytical-grade salt powders, custom-formulated eutectic salts, industrial-grade bulk refined salts, and premixed salt products tailored to downstream processes, providing stable and reliable raw material support to customers in the new energy, environmental protection, and fine chemicals sectors.
Eata Energy has established a comprehensive, closed-loop quality control system covering five major categories—high-purity lithium salts, sodium salts, potassium salts, magnesium salts, and calcium salts—with each step focused on purity and batch consistency, ensuring full data traceability throughout the process.
Incoming raw materials undergo two rounds of screening. Low-impurity ore sources are identified by category to minimize the baseline impurity level at the source.
Each of the five salt categories has its own dedicated production line, enabling targeted impurity removal and crystal control, resulting in finished products with a stable purity of 99.99% or higher.
Mandatory testing points are established throughout the entire process, with double-checking of both semi-finished and finished products; non-conforming products are immediately isolated.
Vacuum packaging is performed in cleanrooms; moisture-sensitive products are nitrogen-flushed for protection; each batch is assigned a traceability code to eliminate cross-contamination.
Eata Energy has developed a comprehensive product portfolio of high-purity salts, tailored for energy storage, fine chemical synthesis, water treatment, and advanced manufacturing in the new energy, pharmaceutical, environmental protection, and semiconductor sectors. Each type of salt—including lithium, sodium, potassium, magnesium, and calcium salts—undergoes precise purification and rigorous testing to ensure ultra-low impurity levels, consistent phase stability, and exceptional chemical inertness. We continuously optimize our formulations to meet the market's growing demand for higher raw material purity, reduced batch-to-batch variation, and a more reliable supply chain.
Please click on the filter box below to quickly locate the high-purity salts you need.
High-Purity Lithium Salts
High-Purity Sodium Salts
High-Purity Potassium Salts
High-Purity Magnesium Salts
High-Purity Calcium Salts
Featuring ultra-low trace metal impurities down to ppb level, high-purity lithium salts enable stable ionic conduction in advanced battery electrolytes. They ensure long cycle life and low internal resistance for energy storage cells, supporting high-nickel cathode formulations and wide-temperature electrolyte systems. Their strict purity control and batch consistency make them a core foundational material for high-performance lithium-ion batteries.
With excellent thermal stability at elevated temperatures, high-purity sodium salts serve as reliable phase-change media for large-scale industrial thermal storage. They maintain consistent latent heat output across thousands of charge-discharge cycles, fitting seamlessly into grid-level peak shaving and industrial waste heat utilization systems. Their low cost and non-toxic properties position them as a cost-effective backbone for next-generation bulk energy storage.
Exhibiting exceptional ionic selectivity in electrolyte systems, high-purity potassium salts boost the conductivity of specialty electrochemical devices without introducing harmful side reactions. Widely used in precision electroplating and agricultural nutrient supplementation, they avoid unwanted impurity interference during production. Their well-controlled solubility and neutral pH characteristics make them a trusted choice for both industrial and agro-tech applications.
Possessing outstanding thermal conductivity and oxidation resistance, high-purity magnesium salts act as critical modifiers in lightweight aerospace alloy manufacturing. They refine grain structures and enhance mechanical strength without compromising material ductility, supporting high-performance component fabrication for aviation and new energy vehicles.
High-purity calcium salts, characterized by exceptional phase purity and biocompatibility, are widely used in pharmaceutical synthesis and semiconductor wafer cleaning processes. Their stable crystalline structure and strict compliance with industrial standards make them a trusted raw material in the fields of life sciences and advanced microelectronics.
Eata Energy offers a comprehensive range of high-purity salt products tailored specifically for the energy sector, including battery manufacturing and industrial thermal energy storage. Our full product line includes a variety of forms, such as ultra-dry powders, pre-mixed eutectic blends, and custom particle grades. Our application engineering team provides targeted purity adjustments, formulation optimization, and custom packaging services to fully meet your production process requirements. Contact us today to explore customized material solutions or request a detailed sample specification sheet.
| Catalog Number | Product Name | Order | Quantity |
|---|---|---|---|
| HPSS-0001 | Ultra-Trace Ammonium Formate, 99.99% Metals Basis | Inquiry | |
| HPSS-0002 | 5N Ammonium Iodide, 99.999% Metals Basis | Inquiry | |
| HPSS-0003 | High-Purity Ammonium Nitrate Crystalline Salt | Inquiry | |
| HPSS-0004 | Ammonium Thiosulfate, 98% Minimum Assay | Inquiry | |
| HPSS-0005 | 5N-Grade Ammonium Tetrafluoroborate, 99.995% | Inquiry | |
| HPSS-0006 | Ammonium Tetrachloroplatinate(II), 52.0% Pt | Inquiry | |
| HPSS-0007 | Ammonium Tetrachloropalladate(II), 36.5% Pd | Inquiry | |
| HPSS-0008 | 4N Aluminum Nitrate Nonahydrate, 99.99% | Inquiry | |
| HPSS-0009 | Ammonium Hexachlororhodate(III), 27.5% Rh | Inquiry | |
| HPSS-0010 | Analytical-Grade Ammonium Oxalate Monohydrate, 99.8% | Inquiry |
For Research or Industrial Raw Materials, Not For Personal Medical Use!
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