·Excellent cycling performance with over 6,000 weeks of room temperature cycling;

·Uniformity of primary particles and centralized particle distribution;

·Excellent physical and chemical indexes and electrical properties, excellent processing performance;

·Flexible core pole piece design compaction 2.4~2.5 g/cm3;

·Overall comprehensive performance is better, mostly used in the field of energy storage.

·Size particle grading

·High-capacity, high-pressure compacted products, powder compaction ≥ 2.46

·Good processing performance, flat and smooth pole piece, no particles;

·Overall comprehensive performance is better, mostly used in the field of energy storage.

·Size particle grading, large particles remain the same, small particles are smaller;

·High capacity and high pressure compaction;

·Soft pack core pole piece design compaction 2.5~2.6g/cm3, 0.2C gram capacity 144~146mAh/g3;

·Excellent cycling performance, room temperature cycling over 4000 weeks;

·Stable material, good processing performance;

·Applicable to the power field, with high specific energy, low resistance and other advantages

·Size particle grading, large particles unchanged, small particles smaller;

·Flexible core pole piece design compaction 2.6~2.7g/cm3, 0.2C gram capacity 144~146mAh/g3;

·Good processing performance, high gram capacity, good low temperature performance, high cycle life;

·Material performance enhancement makes the energy density of single cell increase significantly;

·Applicable to the power field, with high capacity, high pressure real, high multiplicity and other advantages

·Primary particles around 150 nm, uniform particles, good processing performance;

·Excellent multiplication performance, 5C discharge ≥135 mAh/g;

·Excellent low temperature performance, 1C@-20℃≥45%;

·Soft pack core pole piece design compaction 2.3~2.4g/cm3, 0.2C gram capacity 146~148mAh/g3;

·High-power lithium iron phosphate applicable to a wide range of fields, with higher energy density and longer cycle life