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Niobium Containing LLZTO Solid Electrolyte Tantalum Niobium Co Doped Lithium Lanthanum Zirconium Oxygen 500nm

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Niobium Containing LLZTO Solid Electrolyte Tantalum Niobium Co Doped Lithium Lanthanum Zirconium Oxygen 500nm

MOQ:	10g
Price:	1-1000USD/Negotiable
Standard Packaging:	Plastic box
Delivery Period:	5-8 work days
Payment Method:	T/T

Details Information

Product Description

Detail Information

Cycle Life:

500-1000 Cycles

Capacity:

Typically 3.6V And 1000mAh/g

Disposal:

Requires Special Disposal Methods Due To Toxic Materials

Weight:

Lightweight Compared To Other Battery Types

Energy Density:

Up To 200 Wh/kg

Safety:

Highly Flammable And Sensitive To Temperature

Self-discharge Rate:

1-2% Per Month

Shelf Life:

2-3 Years

Recharge Time:

1-2 Hours

Operating Temperature:

-20°C To 60°C

Environmental Impact:

Contains Toxic And Rare Materials

Application:

Widely Used In Portable Electronic Devices And Electric Vehicles

Chemical Composition:

Lithium Cobalt Oxide (LiCoO2)

Cost:

Relatively Expensive Compared To Other Battery Types

Size:

Compact And Customizable

Highlight:

Niobium Containing llzto solid electrolyte

500nm llzto solid electrolyte

500nm llzto

Product Description

Niobium-containing LLZTO Tantalum-niobium co-doped lithium lanthanum zirconium oxygen solid electrolyte (500nm) battery material

LLZTO (Li_6.4La₃Zr_1.4Ta_0.6O₁₂) is a garnet-type solid-state electrolyte material that has garnered significant attention in the field of solid-state lithium-ion batteries due to its high ionic conductivity, excellent electrochemical stability, and compatibility with metallic lithium. Below is a detailed introduction to LLZTO:

Structure and Properties
LLZTO belongs to the cubic garnet structure, which exhibits high lithium-ion conductivity (typically ranging from $1 0 -4$ to $1 0 -3$ S/cm at room temperature). This makes it a promising candidate for solid-state electrolytes. The lithium ions in its structure can migrate rapidly through a three-dimensional network, enabling efficient ion conduction.
Interfacial Stability
The interfacial stability between LLZTO and liquid electrolytes is a critical challenge. Research has shown that constructing self-assembled monolayers (e.g., 4-chlorobenzenesulfonic acid) on the LLZTO surface can significantly enhance interfacial stability, optimize solvation structures, and improve ionic conductivity (e.g., up to 1.19 mS/cm) and lithium-ion transference numbers (e.g., 0.647).
Application of Composite Materials
LLZTO is often combined with other materials (e.g., graphene) to further enhance its performance. For instance, LLZTO-graphene composites with 25% graphene content exhibit optimal electrochemical performance, achieving a room-temperature ionic conductivity of $2.46 \times 1 0 -4$ S/cm and excellent cycling stability.
Ion Redistribution Function
LLZTO is also utilized as an ion redistributor in composite separators, where it uniformly guides lithium-ion deposition to suppress lithium dendrite formation, thereby improving battery safety and cycling performance.
Machine Learning-Assisted Research
Through machine learning techniques, researchers can quantify the impact of LLZTO’s microstructure (e.g., porosity and grain size) on its ionic conductivity, enabling optimized material design.

In summary, LLZTO is a high-performance solid-state electrolyte material. Through interfacial modifications, composite material designs, and advanced research methodologies, its performance and application potential have been significantly enhanced.

Parameters

Main Parameters	Description
Product Name	LLZTO (Tantalum + Niobium) Co-Doped Lithium Lanthanum Zirconium Oxide Solid-State Electrolyte
Chemical Formula	Li7-xLa3Zr2-x(Nb+Ta)xO12, x=0.2~0.7
Physical Properties	D50 particle size 500 nm, 99.9%
Appearance	White powder
Application	Used as a solid-state electrolyte in lithium batteries
Ionic Conductivity	>0.8 mS/cm
Other	Agglomerates can be treated by ball milling or grinding

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PRODUCTS DETAILS

Products

MOQ:	10g
Price:	1-1000USD/Negotiable
Standard Packaging:	Plastic box
Delivery Period:	5-8 work days
Payment Method:	T/T

Detail Information

Product Description

Detail Information

Cycle Life:

500-1000 Cycles

Capacity:

Typically 3.6V And 1000mAh/g

Disposal:

Requires Special Disposal Methods Due To Toxic Materials

Weight:

Lightweight Compared To Other Battery Types

Energy Density:

Up To 200 Wh/kg

Safety:

Highly Flammable And Sensitive To Temperature

Self-discharge Rate:

1-2% Per Month

Shelf Life:

2-3 Years

Recharge Time:

1-2 Hours

Operating Temperature:

-20°C To 60°C

Environmental Impact:

Contains Toxic And Rare Materials

Application:

Widely Used In Portable Electronic Devices And Electric Vehicles

Chemical Composition:

Lithium Cobalt Oxide (LiCoO2)

Cost:

Relatively Expensive Compared To Other Battery Types

Size:

Compact And Customizable

Minimum Order Quantity:

10g

Price:

1-1000USD/Negotiable

Packaging Details:

Plastic box

Delivery Time:

5-8 work days

Payment Terms:

T/T

Highlight

Niobium Containing llzto solid electrolyte

500nm llzto solid electrolyte

500nm llzto

Product Description

Niobium-containing LLZTO Tantalum-niobium co-doped lithium lanthanum zirconium oxygen solid electrolyte (500nm) battery material

Structure and Properties
LLZTO belongs to the cubic garnet structure, which exhibits high lithium-ion conductivity (typically ranging from $1 0 -4$ to $1 0 -3$ S/cm at room temperature). This makes it a promising candidate for solid-state electrolytes. The lithium ions in its structure can migrate rapidly through a three-dimensional network, enabling efficient ion conduction.
Interfacial Stability
The interfacial stability between LLZTO and liquid electrolytes is a critical challenge. Research has shown that constructing self-assembled monolayers (e.g., 4-chlorobenzenesulfonic acid) on the LLZTO surface can significantly enhance interfacial stability, optimize solvation structures, and improve ionic conductivity (e.g., up to 1.19 mS/cm) and lithium-ion transference numbers (e.g., 0.647).
Application of Composite Materials
LLZTO is often combined with other materials (e.g., graphene) to further enhance its performance. For instance, LLZTO-graphene composites with 25% graphene content exhibit optimal electrochemical performance, achieving a room-temperature ionic conductivity of $2.46 \times 1 0 -4$ S/cm and excellent cycling stability.
Ion Redistribution Function
LLZTO is also utilized as an ion redistributor in composite separators, where it uniformly guides lithium-ion deposition to suppress lithium dendrite formation, thereby improving battery safety and cycling performance.
Machine Learning-Assisted Research
Through machine learning techniques, researchers can quantify the impact of LLZTO’s microstructure (e.g., porosity and grain size) on its ionic conductivity, enabling optimized material design.

Parameters

Main Parameters	Description
Product Name	LLZTO (Tantalum + Niobium) Co-Doped Lithium Lanthanum Zirconium Oxide Solid-State Electrolyte
Chemical Formula	Li7-xLa3Zr2-x(Nb+Ta)xO12, x=0.2~0.7
Physical Properties	D50 particle size 500 nm, 99.9%
Appearance	White powder
Application	Used as a solid-state electrolyte in lithium batteries
Ionic Conductivity	>0.8 mS/cm
Other	Agglomerates can be treated by ball milling or grinding

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Waste Battery Crushing Recycling Line

Niobium Containing LLZTO Solid Electrolyte Tantalum Niobium Co Doped Lithium Lanthanum Zirconium Oxygen 500nm

Niobium Containing llzto solid electrolyte

500nm llzto solid electrolyte

500nm llzto

Solid State Battery Materials,

solid state sodium battery,

Battery Lab Equipment

Battery Production Line

Cylindrical Cell Production Line

Prismatic Cell Manufacturing

Pouch Cell Manufacturing

Lithium Ion Battery Raw Material

Cathode Material

Anode Material

Battery Electrolyte

Battery Separator

Coin Cell Parts

Cylindrical Cell Parts

Battery Tabs

Battery Current Collector

Battery Binder

Battery Conductive Materials

Battery Pack Materials

Welding Electrode

Welding Jig

Prismatic Battery Belt

Prismatic Battery End Plate

Battery Pack Case

Battery Insulation Sheet