Nantong Reshine New Material Co., Ltd.

Medium-nickel single-crystal high-voltage ternary cathode material (NCM) for BEV applications, featuring low residual alkali and low specific surface area, with excellent high-temperature cycling performance, good energy density and safety, meeting the requirements of most vehicle models in domestic and international markets. Industry rankings note that Reshine's medium-nickel single-crystal high-voltage products build core competitive advantages in energy density, cycling performance, production cost and stability.

Particle size D50: 3~4μm; Specific capacity at 0.33C (4.4V): 190mAh/g; High-voltage cycling at 45°C: >1500 cycles; Maximum application voltage: 4.4V

• BEV passenger vehicles
• Power batteries

High-nickel high-voltage ternary cathode material (NCM) offering higher energy density and better low-temperature power performance than the Ni6 series, with good high-temperature performance (high-temperature cycling and storage); it is the upgraded version of the Ni6 high-voltage product, applied in the BEV and PHEV fields.

Particle size D50: 3~4μm; Specific capacity at 0.33C (4.4V): 205mAh/g; High-voltage cycling at 45°C: >1000 cycles; Maximum application voltage: 4.4V

• BEV passenger vehicles
• PHEV plug-in hybrids
• Power batteries

Medium-nickel high-power ternary cathode material (NCM), mainly applied in HEV, 48V start-stop power supplies and power tools, with excellent rate capability; compared with the Ni3 high-power product it delivers higher energy density while keeping a cost advantage.

Particle size D50: 3~4μm; Specific capacity at 1C (4.2V): 150mAh/g; Rate capability: 20C; Maximum application voltage: 4.2V

• HEV hybrid vehicles
• 48V start-stop systems
• Power tools

Low-nickel high-power long-cycle ternary cathode material (NCM), mainly applied in HEV and 48V start-stop power supply fields, with excellent rate capability and long cycle life.

Particle size D50: 3~4μm; Specific capacity at 1C (4.2V): 140mAh/g; Rate capability: 30C; Cycle life: >10000 cycles; Maximum application voltage: 4.2V

• HEV hybrid vehicles
• 48V start-stop systems

High-nickel high-energy-density ternary cathode material (NCM) with high energy density and excellent high- and low-temperature performance; it can be used in vehicle models with a range of up to 1000 km and is mainly applied in the BEV, PHEV and power tool fields.

Particle size D50: 8~13μm; Specific capacity at 1/3C (4.2V): 200mAh/g; Maximum application voltage: 4.2V

• BEV passenger vehicles
• PHEV plug-in hybrids
• Power tools

3.5th-generation high-compaction lithium iron phosphate cathode material (LFP), mainly applied in the BEV, PHEV and ESS fields; the product balances high performance and low cost, and can be used in vehicles with a range of up to 600 km.

Particle size D50: 1.0~1.4μm; Powder compaction density: 2.58g/cc; Electrode compaction density: 2.65g/cc; Capacity at 0.33C: 143mAh/g

• BEV passenger vehicles
• PHEV plug-in hybrids
• ESS energy storage

4.0-generation (4th generation) high-compaction LFP cathode material with high compaction density and high capacity, combining carbon coating with an efficient dynamic sintering production process; applied in the BEV and ESS fields. According to the company's IPO prospectus, the 4th-generation high-compaction LFP has moved from completed R&D to mass-production delivery.

Particle size D50: 0.8~1.2μm; Powder compaction density: 2.58g/cc; Electrode compaction density: 2.65g/cc; Capacity at 0.33C: 143mAh/g

• BEV passenger vehicles
• ESS energy storage

Lithium manganese iron phosphate cathode material (LMFP) combining high energy density with long cycle life; highly cost-effective, it serves as a performance-upgrade alternative to LFP, mainly applied in the two-wheeler, EV and ESS fields.

Particle size D50: 0.4~0.8μm; Electrode compaction density: >2.35g/cc; Capacity at 0.33C: 142mAh/g

• Electric two-wheelers
• EV battery electric
• ESS energy storage

Lithium manganate cathode material (LMO); thanks to a special preparation process it features low Na and low S content, showing obvious storage and cycling performance advantages among similar LMO materials, with main applications in digital electronics and power tools.

Particle size D50: 8~12μm; Typical specific capacity: 100~120mAh/g; Typical tap density: ≥2.0g/cm³

• Digital batteries
• Power tools

Cathode material for sodium-ion batteries featuring low cost, high capacity, high rate capability and long cycle life, with excellent processability and low gas generation, meeting the needs of low-speed electric vehicles and electric bicycles.

Particle size D50: 5~7μm; Capacity at 4.0V: 125mAh/g

• EV battery electric
• ESS energy storage
• E-bike electric bicycles
• Low-speed electric vehicles

According to reports on the company's ChiNext IPO prospectus (accepted by the Shenzhen Stock Exchange), Jinchuan Reshine has built a full technology-route product matrix covering ternary, LFP, lithium manganate, LMFP, sodium-battery cathodes and solid-state battery materials; the solid-state battery materials are at the strategic-planning / R&D stage and have not yet been listed as a separate category in the official product center.

Technology route: all-solid-state cathode (planned); Target energy density (typical): ≥350Wh/kg; Target cycle life (typical): ≥1000 cycles

• Power batteries
• Energy storage batteries