Company profile
CNGR Advanced Material Co., Ltd. is a verified Chinese manufacturer in the new-energy vehicle supply chain. Its documented manufacturing scope includes Ternary precursors, cobalt tetroxide and other materials for traction batteries.
Products
Nickel-Based Precursor Materials
Listed on the official website as 'New Energy Precursor Materials - Full Range of Ternary Precursors', these are key core materials for preparing cathodes of ternary lithium batteries. The company's products focus on single-crystal and high-nickel precursors, covering multiple generations of nickel-cobalt-manganese ratios from NCM523 to NCM90 as well as the NCA system, serving applications in power transportation, solid-state batteries and AI intelligence.
Chemical system: Ni-Co-Mn ternary precursors (NCM) and Ni-Co-Al precursors (NCA); Models: NCM523, NCM622, NCM811, NCM90, NCA; Technical features: mainly single-crystal and high-nickel precursors with high energy density, high safety and long cycle life; Applications: power transportation, solid-state batteries, AI intelligence
- Ternary lithium battery cathode preparation
- Power batteries for transportation
- Solid-state batteries
Cobalt-Based Precursor Materials
Listed on the official website as 'High-Voltage Cobalt Tetroxide', divided into doped large-particle and doped small-particle grades. As the core material for preparing lithium cobalt oxide (LCO) batteries, the website's smart-terminal application page further indicates high voltage, high compaction density and high capacity, serving terminals such as 3C electronics and low-altitude aircraft.
Chemical system: cobalt tetroxide (Co3O4); Models: doped large-particle Co3O4, doped small-particle Co3O4; Technical features: high voltage, high power, high compaction density, high capacity; Applications: 3C consumer electronics, low-altitude aircraft, lithium batteries for smart terminals
- Lithium cobalt oxide cathode preparation
- 3C consumer electronics
- Low-altitude aircraft
Phosphate-Based Precursor Materials
The website's phosphorus-series products include iron phosphate and lithium iron phosphate: iron phosphate is the core material for preparing LFP battery cathodes, while lithium iron phosphate is the company's self-developed fourth-generation product with compaction density at an industry-leading level. The power-transportation application page indicates the company owns third-, fourth- and fifth-generation phosphorus-series materials to meet different cost and performance requirements.
Chemical system: iron phosphate, lithium iron phosphate; Product generations: third, fourth and fifth generations of the phosphorus series, with LFP iterated to the fourth generation; Technical features: high cycling, good thermal stability, low cost, industry-leading compaction density; Applications: power transportation, energy storage
- LFP battery cathode preparation
- Power batteries for transportation
- Energy storage batteries
Sodium-Based Precursor Materials
Listed on the official website as 'Sodium-battery precursors', covering layered-oxide and polyanionic precursor series (the green energy storage page additionally lists the Prussian blue series), used for preparing sodium-ion battery cathode materials with long cycle life, high safety and high rate performance, serving energy storage stations, household storage and power transportation terminals.
Chemical system: layered-oxide precursors, polyanionic precursors, Prussian blue precursors; Technical features: long cycle life, high safety, high rate capability; Applications: energy storage, power transportation, sodium-ion battery cathode preparation
- Sodium-ion battery cathode preparation
- Energy storage stations
- Household energy storage
Binary and Multi-Component Precursors
The website lists NC and NM series binary products, precursors for new-type high-nickel and cobalt-free battery cathode materials; multi-component precursors prepared through doping processes can significantly improve overall battery performance, applied in power transportation and power tools.
Chemical system: nickel-cobalt (NC), nickel-manganese (NM) binary and doped multi-component precursors; Technical features: high voltage, high energy density, high safety, with doping preparation significantly improving battery performance; Applications: power transportation, power tools, cobalt-free and new-type high-nickel battery cathodes
- New-type high-nickel battery cathodes
- Cobalt-free battery cathodes
- Power tool batteries
Electrolytic Nickel
The website lists the company as holder of two of the world's major nickel delivery brands: China's CNGR brand and Indonesia's DX-ZWDX brand, registered respectively on the LME (London Metal Exchange) and the Shanghai Futures Exchange, supplying downstream sectors such as battery materials, stainless steel and high-nickel alloys.
Product brands: China CNGR brand, Indonesia DX-ZWDX brand; Registration platforms: nickel delivery brands registered on both the LME and the Shanghai Futures Exchange; Purity: up to 99.99%; Applications: battery materials, stainless steel, high-nickel alloys, nickel plating, alloy steel
- Raw material for battery materials
- Stainless steel and alloy steel
- High-nickel alloys and nickel plating
Electrolytic Cobalt
The website lists the company's green, advanced process for producing electrolytic cobalt: fully utilizing the cobalt-rich nickel matte produced during OESBF conversion of low nickel matte into high nickel matte as raw material, using the sulfuric acid system SNI-4 electrowinning process together with multiple self-developed advanced processes; it is an important raw material for manufacturing high-temperature alloys and superalloys.
Chemical system: electrolytic cobalt; Raw material and process: cobalt-rich nickel matte feedstock plus sulfuric acid system SNI-4 electrowinning process; Purity: up to 99.99%; Applications: heat-resistant, corrosion-resistant, high-strength and strongly magnetic materials such as high-temperature alloys and superalloys
- High-temperature alloys and superalloys
- Corrosion-resistant magnetic materials
- Raw material for battery materials
Battery-Grade Lithium Carbonate
The website lists the company's battery-grade lithium carbonate annual capacity at 10,000 tonnes, with nickel, cobalt and lithium recovery rates meeting the national circular regeneration standard, supplying downstream cathode material companies and providing customers with comprehensive closed-loop resource recycling services.
Product grade: battery-grade lithium carbonate; Capacity: 10,000 tonnes per year; Resource circulation: nickel, cobalt and lithium recovery rates meet the national circular regeneration standard; Applications: cathode materials for new energy batteries
- Cathode material feedstock
- Closed-loop resource regeneration services
Cobalt Hydroxide
The website lists cobalt hydroxide as an ultra-large specific surface area additive material, widely used in lithium cobalt oxide and ternary cathode materials; through full coating with cathode materials it improves battery first-cycle efficiency, rate and cycling performance, with shipments ranking first in the industry.
Product positioning: ultra-large specific surface area additive material; Technical features: excellent coating capability, fully coats lithium cobalt oxide and ternary cathode materials to improve first-cycle efficiency, rate and cycling performance; Market position: shipments ranking first in the industry; Applications: cathode additive for lithium batteries
- LCO cathode additive
- Ternary cathode additive
Production evidence
The cited official or authoritative source confirms manufacturing capability for Ternary precursors, cobalt tetroxide and other materials for traction batteries and a direct connection to the new-energy vehicle supply chain.
This profile is based on confirmed public information. It is not an audit, certification or commercial endorsement.
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