Technological Exploration
High specific energy technology
Energy density >
350 Wh/kg
High-nickel technology
High-nickel systems, with nickel content exceeding 88%, combined with optimized particle-size distribution technology, ensure excellent processability and enhance energy density at the material level.
Silicon-carbon technology
A novel silicon–carbon composite material achieves nanoscale, multiphase, uniform integration at the microscopic level, enhancing capacity while addressing the material’s kinetic limitations and severe volume expansion.
High-Power Technology
Ultra-fast charging >
3C
Ultra-thin Multidimensional Conductive Electrode Technology
The construction of a multidimensional conductive network increases electron transport pathways, enhances the conductivity response of the active material, and significantly accelerates lithium-ion insertion/extraction kinetics.
Ultra-low impedance
An ultra-low-viscosity, high-conductivity electrolyte formulation significantly reduces lithium-ion shuttling resistance in both the liquid phase and at the solid–liquid interface, enabling fast charging.
True Security Technology
Semi-solid-state battery
A brand-new high‑safety solution, featuring a highly safe cathode, electrolyte, and separator—along with other advanced safety‑oriented chemical components—significantly enhances the battery’s intrinsic safety, delivering truly safe batteries.
Solid-state electrolyte technology
By converting the liquid electrolyte into a solid electrolyte via electrochemical reactions, the pores of the electrode particles are thoroughly filled by the in-situ‑formed polymer upon solidification, thereby enhancing safety performance.
Nanocoating Membrane Technology
A nano‑solid electrolyte particle‑coated separator effectively reduces internal resistance and enhances safety.
Wide-temperature-range technology
High- and low-temperature resistant battery
Wide-temperature-range technology
By employing a single-crystal cathode with higher reactivity, paired with an anode featuring multidimensional lithium-ion transport pathways and a functional electrolyte boasting an ultra-low freezing point, the resistance to lithium-ion shuttling between the electrode materials and the electrolyte is reduced, thereby significantly enhancing the cell’s charge–discharge performance at low temperatures.
Wide-temperature-range application scenarios
Operating temperature range: -40°C to 70°C
-40°C capacity retention: ≥80%;
After 24 hours of storage at 80°C, the battery’s swelling rate is ≤3%, and its capacity retention is ≥95%.
Can be charged in a -20°C environment;
It is suitable for use in extreme environments such as high-altitude, cold mountainous regions.
Phone:0512-63103162
Contact: Xia Qin
Mobile phone:17715520560
Email:sunny.xia@tf-sz.com
Address: No. 88 Xinkang Road, Nanxun District, Huzhou City, Zhejiang Province
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