ATOMFAIR® LATP SOLID ELECTROLYTE POWDER

RESEARCH GRADE MATERIAL

Product Overview

This advanced Lithium Aluminum Titanium Phosphate (LATP) solid electrolyte material is engineered to meet rigorous academic and industrial research standards. Developed as a fast-ion conductor for next-generation solid-state lithium batteries, this premium powder series delivers high baseline room-temperature ionic conductivity, precise multi-tier particle size distribution matrices, and enhanced wide pH electrochemical adaptability while matching up-to-date industrial parameters for LATP solid electrolyte powder price tracking indices.

Technical Specifications

MODEL	IONIC CONDUCTIVITY (mS/cm, 25°C)	PRIMARY PARTICLE D50	MOISTURE CONTENT (wt%)
1. Available Material Grades
LATP03V1	1.32 mS/cm	0.30±0.06 μm	≤0.2%
LATP06V1	—	0.60±0.10 μm	—
LATP10V1	0.67 mS/cm	1.00±0.20 μm	≤0.1%
LATP50V1	—	5.0±1.0 μm	—
LATP100V1	—	10.0±2.0 μm	—
2. General Chemical Profile
Wide pH Adaptability	Material pH 7.3~8.5 (Highly compatible with various electrode interfaces)
Manufacturing State	Solid inorganic ceramic powder presenting a fine white to light grey appearance
3. Packaging & Logistics Matrix
Bottled (<1kg)	Available sizes: 1g (Trial Size), 5g, 10g, 50g, 100g, 500g. Inert gas sealed in glove box under extreme ultra-low moisture content boundaries (H₂O & O₂ < 0.1ppm).
Bagged (≥1kg)	Bottled in dedicated dry room conditions, vacuum wrapped with moisture-proof and oxidation-proof protection layers.
Alternative Options	Explore our related catalog or custom particle allocations. For urgent bulk chemical quotations or alternative weight parameters, please contact our support team.

Core Advantages & Properties

High Ionic Conductivity: Room-temperature ionic conductivity up to 1.3 mS/cm, significantly reducing cell internal resistance profiles.
Precise Particle Size Control: Primary particle D50 accurately configured from 0.3μm to 10.0μm, ideal for continuous thin-film coating and dense thick-layer sintering steps.
Ultra-Low Moisture Content: Stringent inert encapsulation preserves H₂O & O₂ levels below 0.1ppm, successfully blocking ambient-driven interfacial side reactions.
Interfacial Versatility: Managed chemical pH scale between 7.3 and 8.5 guarantees secure integration with various composite oxide cathode interfaces.

Operating Specifications & Instructions

Environment Preparation: Unseal and process exclusively inside a glove box filled with high-purity nitrogen or argon gas (H₂O & O₂ < 0.1ppm) on a clean, dust-free table.
Weighing & Proportioning: Execute material tracking with a balance of 0.1mg precision under vibration-free and anti-static laboratory thresholds.
Sealing Process: Transfer processed powders using high-purity, low oxygen permeability sample bottles or specialized aluminum foil bags sealed with spiral caps containing intact O-rings.

TYPICAL APPLICATIONS: Solid-state lithium batteries (replacing liquid electrolytes to maximize cell safety), lithium-air batteries (constructing stable ion transport channels), electrochemical sensors, and active prototype validation of functional electrolyte configurations.

STORAGE CONDITIONS: Store inside a cool, dry, dark climate-isolated location. Seal immediately after opening to prevent moisture absorption.

USAGE RECOMMENDATION: To ensure uncompromised data reproducibility, it is highly recommended to vacuum dry this solid ceramic powder at 80°C for exactly 2 hours to remove any adsorbed surface water molecules before commencing composite active matrix compounding workflows.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

lithium aluminum titanium phosphate

LATP Solid Electrolyte Powder 0.3μm Research Grade ATOMFAIR®