·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

high crystallinity, low impurity, adjustable specific table, can be used to prepare compacted LFP.

high crystallinity, moderate iron and phosphorus ratio, adjustable scale, can be used for the preparation of multiplier type LFP.

Features: Iron-phosphorus ratio of 0.965 + 0.005, the product of a smaller particle morphology and uniform particle size

suitable for: high-cycle LFP batteries.

Features: Iron-phosphorus ratio of 0.980 + 0.005, iron high phosphorus low.

Applicable: high capacity LFP battery.

Features: Iron and phosphorus ratio of 0.966 to 0.003, iron low phosphorus high, product size particles with.

Suitable for: high-voltage solid type LFP battery.

Features: conventional products, iron and phosphorus ratio of 0.971 ½ 0.003, compatibility.

Suitable for: low temperature type, power type LFP battery.