Ka'anal densidad energía, t'okik expansión, long cycle life, and 3C-4C fast charging: graphite anode materials for EV power and power tools. series-TRSM1

TRSM-1 is a customized artificial graphite anode material designed for high-performance lithium-ion battery applications. Utilizing advanced graphitization technology and a refined particle structure design,

TRSM-1 achieves higher reversible specific capacity and stable initial coulombic efficiency while ensuring excellent rate performance. This product boasts advantages such as good consistency, high compaction density, yéetel chowak kuxtal, making it suitable for power batteries, energy storage batteries, and high-end consumer electronics.

Through flexible customized production solutions, TRSM-1 can be optimized in terms of particle size distribution, specific surface area, and electrochemical performance according to customer needs, contributing to an overall improvement in battery performance.

Indicadores técnicos clave

Usage suggestions

The recommended material design capacity is 350-353 mAh/g, and the recommended average compaction density is 1.60-1.65 g/cc or below. This product is suitable for aqueous systems.

Embalaje & Transportation Storage Requirements

TRSM-1 artificial graphite should first be packed into 650mm×950mm plastic bags, sellado, ka tu láak' ts'a'abal ti' jump'éel máabeno' cartón, weighing 25 +0.02kg/box, or packaged according to user requirements.

Transportation and storage

juntúul. Le producto k'a'ana'an u almacenado ti' jump'éel tikin, well-ventilated place free from other sources of contamination (recommended: temperature ≤45℃, humidity ≤85%);
b. Products should be stacked neatly and cleanly, and production batch numbers, production dates, yéetel uláak' marcas k'a'abéet u yila'al chika'an;
c. Manejar yéetel kanáanil ichil le transporte utia'al Jech dañar le embalaje; any product spilling out of the packaging must not be returned to the box.

d. Shelf life is 2 years at room temperature.

Things to note

juntúul) Ensure the negative electrode capacity per unit area is greater than or equal to the positive electrode capacity per unit area to avoid lithium plating during charging.

b) Ensure a good interface between the separator and the electrode.

c) The areal density and compaction density of the electrode will affect the rate, capacity, and performance.

d) This product is a secondary particulate carbonized product; a compaction density of 1.60 g/cc is recommended for optimal results.