Sodium Iron Phosphate

Sodium iron phosphate stands out as a promising cathode material for next-generation sodium-ion batteries with a primary aim of offering a cost-effective, sustainable, and safe alternative to traditional lithium-ion batteries. Its suitability for a variety of large-scale applications, including grid storage and electric vehicles, underscores its potential in the evolving energy landscape. Alfa Chemistry offers high-quality sodium iron phosphate, please contact us for pricing and more information on this product.

Product Name: Sodium Iron Phosphate

Molecular Weight: 151.89

Basic Parameters

Items	Sodium Iron Phosphate
Catalog	ACSEM-BM-C012
Linear Formula	NaFePO₄
Purity	≥99.9%
Appearance	Dark grey powder
Particle Size	≤3 µm
Structure	Orthorhombic (Maricite)
Chemical Composition	NaFePO₄: 97 wt% Carbon: 3 wt%
Impurities	Mn: ≤25 ppm Cu: ≤6 ppm K: ≤5 ppm Ba: ≤5 ppm Ca: ≤7 ppm Co: ≤20 ppm Mg: ≤6 ppm Si: ≤7 ppm Al: ≤28 ppm Zr: ≤15 ppm

Note: The specifications of the product can be adjusted according to your requirements.

Properties

High capacity. The theoretical capacity of sodium iron phosphate is approximately 155 mAh/g, which is slightly lower than lithium iron phosphate but sufficient for many applications.
Good cycle stability. Sodium iron phosphate has a stable crystal structure that can maintain structural integrity during charge and discharge, giving the battery a long cycle life. It can still maintain capacity after multiple charge and discharge cycles.

Excellent thermal stability. Due to its structural stability, sodium iron phosphate offers improved thermal stability, similar to lithium iron phosphate. It does not exhibit significant thermal runaway issues, making it safer for use in high-temperature environments.
Low cost. Sodium is abundant on earth and its extraction is less complicated, which reduces material costs. This makes sodium iron phosphate cost-effective for large-scale applications.

Unlock the power of energy efficiency with our advanced Sodium Iron Phosphate cathode material!

Sodium Iron Phosphate

Basic Parameters

Properties

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