Solid Electrolyte Products

LATP nano-powder can be used for separator coatings, cathode material coatings, and electrode conductive agents, reducing battery cycle impedance growth and enhancing battery safety and high-temperature cycle life.

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Product serial number

Category

Solid State Electrolyte (LATP)

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Product description

Parameters

Product description

Product Series		GN1022 (Water-based paste)	GN2022 (Oil-based paste)	GN3010	GN4020
Appearance		Milky white paste	Milky white/ light yellow paste	White powder, no foreign particle
Phase structure		Rhomboid phase, no impurities, consistent, PDF-35-0754
(Room temperature) Solid phase ionic conductivity /S.m^-1		≥5*10-4
PH value		5.0±1.0	——	7.8±1.0	7.8±1.0
Moisture/ppm		——	≤500	≤1000	≤1000
Particle size/nm (typical value)	D10	35	105	580	150
	D50	70	205	1400	239
	D90	290	400	3000	439
Tap density/g.cm^-3		——	——	1.4±0.1	0.2±0.1
SSA/m2.g^-1		——	——	≥35	≥45
Magnetic substance/ppm		≤150
Impurity content	Cu	≤100
	Ca	≤500
	Na	≤500
	K	≤500
	Mg	≤100

Application Background

Solid-state electrolytes are key to the transition from traditional liquid batteries to all-solid-state lithium-ion batteries, essential for achieving stable energy transmission. Solid-state electrolytes (SSE) are solid ion conductors, replacing liquid electrolytes in lithium-ion batteries, offering increased safety, no toxic organic liquid leakage, low flammability, non-volatility, mechanical and thermal stability, easy processability, low self-discharge, higher power density, and recyclability. LATP is chemically stable, especially at high voltages and in air, with practical ionic conductivity levels (up to 1.0x10-3 S•m-1 through doping), suitable for electrode coating, ionic conductors, composite electrolyte films, and separator coatings.

Product Features