XTC中文

High-voltage NCM materials

High Nickel NCM Materials

Lithium Cobalt Oxide

Lithium Iron Phosphate

Sodium Ion Battery Materials

Hydrogen Storage Materials

New Products

High-voltage NCM materials

XTC's high-voltage NCM materials have been developed and produced since 2015. Through self-design, the company regulates the ratio of nickel-cobalt-manganese main elements in different formulations and adopts the controlled crystallization method to produce NCM precursors. The company uses multi-element doping and the new process of doping and coating to produce NCM materials. The products have broken through the key technical barriers of high-voltage NCM materials and are characterized by good power performance, long cycle life, high consistency, good stability and excellent electrical performance of the products. The products have entered the supply chain system of mainstream lithium battery manufacturers and become one of the important battery material suppliers in the new energy vehicle industry chain.

High-voltage NCM materials

Advantages

High voltage

At voltages above 4.4V, the battery life is close to that of high nickel 9-series batteries

High power

Up to 30C discharge

Fast charging

3-10C fast charge capability

Long lifespans

Meet the requirements of long cycle life

High safety

Excellent thermal stability performance, safe and non flammable battery

Applications

Electric vehicles

Internet of Things

Smart meter

Home power supply

Drones

Electric tools

High Nickel NCM Materials

Based on the previous NCM materials technology, XTC started to develop and product high Nickel NCM materials in 2011. The company has adopted the combination of large polycrystalline particles and small single crystalline particles, which has the advantages of high discharge capacity, good high temperature cycle and low DCR growth. At present, the 8-series and 9-series high nickel NCM materials have been mass produced, among which 9-series high nickel NCM materials are used in many famous international car makers. The company is also developing ultra-high nickel NCM materials such as 92 and 95 to meet customers' demand for higher energy density.

High Nickel NCM Materials

Advantages

High discharging capacity

Full electric 1/3C capacity reaches210and215 mAh/g

Excellent high temperature cycle

45 ℃ with an 8% capacity retention rate, and the number of cycles can reach over 1200 cycles

Fast charging

4C fast charge capability

low DCR growth

low DCR growth of Bi-modal samples

Strong adaptability

Multivariate optimization design with strong adaptability

Applications

Electric vehicles

Construction machinery

Robot

Energy storage equipment

Lithium Cobalt Oxide

Our company has been developing and producing LCO since 2004. By adopting a unique precursor manufacturing technology to produce high-performance Cobalt Oxide precursors and combined with special doping and coating processes considering the characteristics of application fields, XTC has develop strong applicability and excellent performance LCO products.

The products have the advantages of high working voltage, high compaction density, fast charging and discharging speed and high cycle life, and the market share has been the first in the world for many years.

Lithium Cobalt Oxide

Advantages

High voltage

Can be used between 3.0V-4.53V

High energy density

Up to 800-900Wh/L

Fast charging

3-10C fast charge capability

High cycle life

High cycle life

High safety

High safety

Applications

Cell phone

Laptop

Consumer Electronics

Intelligent Life

Intelligent wearable devices

VR/AR devices

Electronic atomizer

Lithium Iron Phosphate

XTC has been developing and producing lithium iron phosphate since 2006, with a view to solving issues of poor low temperature performance and low rate performance in most Lithium iron phosphate product, and adopting a unique liquid phase process to develop XTC special lithium iron phosphate products. The products have the advantages of environmental friendliness, high rate performance, good cycle performance and high value for money. In addition, the development of lithium manganese iron phosphate uses atomic-level uniform distribution technology to achieve the industry's first high manganese and high voltage product solution.

Lithium Iron Phosphate

Advantages

High safety

Higher safety than other lithium battery materials

High rate discharge

Can achieve high magnification performance of 20C

Excellent temperature cycle

Excellent temperature cycle

High cost performance

No precious metals, low cost

Environment friendly

No wastewater or exhaust emissions during the production process

Applications

Pure electric passenger cars

Large scale energy storage power stations

Electric tools

Electric two wheeled vehicle

Sodium Ion Battery Materials

XTC has started to research and develop sodium ion battery materials in 2019. By researching on the layer oxygen system and a unique coating technology, XTC has successfully been able to produce good environmental stability, high energy density Sodium layer oxygen materials with residual Sodium, PH value better than similar products in the industry. At the same time, the development of Sodium ferric pyrophosphate and other polyanionic products with long cycle advantages will be carried out to achieve complementary performance with the Sodium layer oxygen materials.

Sodium Ion Battery Materials

Advantages

High voltage

Can be used between 4.15V

High energy density

Meet the design requirements of battery cells ≥ 145Wh/kg

High rate discharge

Can achieve high magnification performance of 3-10C

Long lifespans

Meet the application scenarios of household storage and equal length circulation

High safety

The temperature threshold for thermal runaway on the positive electrode side is much higher than that of conventional lithium batteries, providing higher safety

Wide operating temperature range

Has excellent high and low temperature charging and discharging performance

Applications

Energy storage power station

Passenger cars

Electric tools

Base station UPS

Hydrogen Storage Materials

XTC has been developing and producing hydrogen storage materials since 2002, which are used in Ni/MH batteries as anode materials with wide temperature range, long life cycle and environmental friendly features. The company pioneered the production process of rapid cooling and quick quenching belt melting + three-chamber continuous annealing, which was supported by the National 863 Plan in 2011 and the National Strategic Promotion of Innovative Products in 2012, and entered the market of vehicle power battery in 2014 and the field of solid-state hydrogen storage in 2021. The products have been recognized by many customers worldwide and the market share has been the first in the country for years.

Hydrogen Storage Materials

Advantages

Wide operating temperature range

Can be stored at temperatures ranging from -40 ℃ to+95 ℃

High temperature resistance

With high reliability, the battery capacity can still reach over 80% even at an ambient temperature of 70 ℃

High capacity

Using superlattice hydrogen storage alloy, the capacity exceeds AA 2700mAh, and after one year of storage, the capacity is retained at 80%

High rate discharge

With high discharge voltage, it can meet 1C fast charging and 10C high rate discharge

High safety

High safety

Long lifespans

High cycle life

Applications

In vehicle hybrid power

Consumer batteries

Household appliances

T-BOX power supply for vehicles

New Products

We can supply New products with different specifications and characteristics. The content, electric and physical characterstics can be adjusted according to the requirements of of customers.

New Products

Advantages

Custom development

High safety

Good adaptability

Greener

Applications

3C Digital

In vehicle power

Energy storage field

Other areas