Description

ATOMFAIR® 4.55V LCO Cathode Powder

Q: How does the high tap density of 2.09 g/cm³ impact the achievable rate performance for this LCO cathode powder?

The high tap density of 2.09 g/cm³ enables dense electrode compactions without sacrificing rate performance because the single-crystal-like small particle architecture (D50 6.4 μm) maintains rapid lithium transport kinetics. This is confirmed by the 3C discharge capacity of 173.3 mAh/g, which retains 95.8% of the 0.2C baseline capacity of 180.9 mAh/g at a 3.0–4.45V cutoff.

Q: What slurry pH and residual alkali levels must be accounted for when processing this high-voltage LCO powder into electrode coatings?

The slurry process pH is below 11.0 with an actual baseline of 10.3, and residual soluble surface alkali levels are extremely low: Li2CO3 at 0.017% and LiOH at 0.002%. These values are far below typical industry thresholds, minimizing gelation and coating defects, and allowing direct use with standard PVDF binder in NMP-based slurry formulations without additional neutralization steps.

Q: What moisture control measures are required to prevent degradation of this high-voltage LCO powder during handling and storage?

The as-received moisture content is only 83 ppm, well below the 300 ppm specification ceiling, so the powder must be stored in a dry, inert atmosphere (e.g., glovebox or dry room) to prevent moisture uptake. Exposure to ambient humidity could raise surface alkali levels and trigger parasitic reactions at 4.55V, compromising cycle life and capacity retention.

RESEARCH GRADE MATERIAL

Product Overview

Our premium ATOMFAIR® 4.55V LCO Cathode Powder is meticulously synthesized to break through the traditional high-rate energy limits of standard lithium cobalt oxide battery material classes. Combining an advanced high-voltage operational ceiling with a tailored single-crystal-like small particle arrangement, it guarantees rapid lithium transport kinetics under dense electrode compactions. For institutional developers examining market competitive high voltage lco material price matrices, this uncompromised batch provides elite cycle preservation and near-zero phase resistance during fast-charging and discharging cell validation protocols.

Technical Specifications

PARAMETER	DETAILS
1. Core Device & Electrochemical Design
Product Category	Lithium Cobalt Oxide (LCO) — High-Voltage High-Rate Type
Voltage Adaptation Limit	Up to 4.55V High-Voltage Cutoff Matrix
0.2C Baseline Specific Capacity	180.9 mAh/g (Coin Cell Electrochemical Validation Platform, 3.0V – 4.45V Cutoff)
0.2C First Efficiency (ICE)	≥ 96.0%
3C High Rate Discharging Profile	173.3 mAh/g (Delivers an outstanding 95.8% capacity retention ratio)
2. Pure Cathode Element & Phase Parameters
Elemental Content Ratios	Co: 60.00 ± 1.00% \| Li: 6.90 ± 0.30% (ICP Analysis)
Residual Soluble Surface Alkali	Li₂CO₃ ≤ 0.150% (Actual: 0.017%) \| LiOH ≤ 0.040% (Actual: 0.002%)
Slurry Process pH Profile	< 11.0 (Actual Baseline: 10.3)
3. Particle Size & Physical Package Metrics
Granularity Distribution	D10: 3.2 μm \| D50: 6.4 μm (Spec Target: 6.0 ± 1.0 μm) \| D90: 11.5 μm \| Dmax: 18.1 μm
Specific Surface Area (BET)	0.38 m²/g (Standard Baseline: 0.40 ± 0.15 m²/g)
Tap Density (TD)	2.09 g/cm³ (Specification Range: ≥ 1.8 g/cm³)
Moisture Value / Microstructure	H₂O: 83 ppm (≤ 300 ppm ceiling) \| Gray-black single-crystal-like small grain matrix
Manufacturing Rules	Processed under strict analytical control protocols to safeguard crystal phase purity and avoid phase boundary shifting under high discharge fluxes.

Key Features & Advantages

Elite 4.55V High Voltage Architecture: Designed to break energy barriers via a premium operational ceiling of 4.55V, unlocking an elite specific capacity of 180.9 mAh/g without triggering traditional lattice phase collapse.
Over 10C High-Rate Discharge Kinetics: Formulated with a specialized single-crystal-like small grain anatomy (D50: 6.4 μm) that radically accelerates interstitial lithium paths, perfectly processing extreme charging-rate configurations above 10C.
Ultra-Low Soluble Surface Free Lithium: Suppresses residual trace impurities to absolute minimum values (LiOH at an elite 0.002%), stabilizing cast slurries at a pH of 10.3 and completely bypassing unexpected gelation problems.

APPLICATION SCOPE: High-energy high-power positive electrode materials ideal for professional drones, heavy-duty electronics prototyping, polymer pouch testing, and high-drain configuration research.

PACKAGING: Sealed hermetically in secure environmental containers equipped with multilayer internal gas barriers, certified through formal laboratory testing metrics.

IMPORTANT NOTICE: This powder layout exhibits responsive chemical surface traits with a verified 83 ppm moisture matrix. Keep industrial barriers strictly unopened and store inside dry, temperature-regulated areas to successfully resolve how to prevent lco moisture degradation prior to cell assembly steps.

Frequently Asked Technical Questions

Why is ATOMFAIR® 4.55V LCO Cathode Powder preferred for high-energy density systems?

ATOMFAIR® 4.55V LCO Cathode Powder breaks the standard power barrier by safely elevating the operational cutoff threshold up to 4.55V. This strategic modification yields a highly superior baseline testing specific capacity of 180.9 mAh/g while suppressing volumetric lattice transformation.

What benefits does the single-crystal-like small grain morphology present?

The engineered single-crystal-like fine sizing center (D50: 6.4 μm) ensures much higher physical and mechanical resilience during high-drain operation. This prevents internal particle pulverization and cracking when handling swift continuous charging workflows exceeding 10C.

How does the low residual surface lithium value affect electrode coating?

By reducing trace soluble surface alkali down to a baseline of Li2CO3 at 0.017% and LiOH at 0.002%, slurry aging variables are completely eliminated. The mixture retains an optimized pH of 10.3 to guarantee defect-free planetary mixing and blade casting workflows.

Can this high voltage lco material withstand severe roll compaction pressures?

Yes, full-cell testing matrix profiles show excellent compatibility with heavy roll-press routines. The architecture maintains highly uniform, robust voltage plateaus under high electrode compaction densifications from 3.5 g/cm³ up to 3.8 g/cm³.

How to prevent lco moisture degradation reliably during storage and handling?

To completely resolve how to prevent lco moisture degradation, the powder must be warehoused within closed original jackets in moisture-controlled environments. Final unsealing, weighing, and slurry processing should take place exclusively in an anhydrous, inert gas glovebox to preserve the pristine 83 ppm moisture parameter.

TAILORED SOLUTIONS FOR RESEARCH

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

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

Constraints

This lithium cobalt oxide cathode powder is engineered for high-voltage operation up to 4.55V cutoff. Exceeding this voltage limit may cause irreversible structural degradation and capacity loss.

Voltage Cutoff Limit: Operate the material within a maximum voltage cutoff of 4.55V to avoid detrimental phase transitions and ensure cycle stability.

FAQ

How does the high tap density of 2.09 g/cm³ impact the achievable rate performance for this LCO cathode powder?

The high tap density of 2.09 g/cm³ enables dense electrode compactions without sacrificing rate performance because the single-crystal-like small particle architecture (D50 6.4 μm) maintains rapid lithium transport kinetics. This is confirmed by the 3C discharge capacity of 173.3 mAh/g, which retains 95.8% of the 0.2C baseline capacity of 180.9 mAh/g at a 3.0–4.45V cutoff.

What slurry pH and residual alkali levels must be accounted for when processing this high-voltage LCO powder into electrode coatings?

The slurry process pH is below 11.0 with an actual baseline of 10.3, and residual soluble surface alkali levels are extremely low: Li2CO3 at 0.017% and LiOH at 0.002%. These values are far below typical industry thresholds, minimizing gelation and coating defects, and allowing direct use with standard PVDF binder in NMP-based slurry formulations without additional neutralization steps.

What moisture control measures are required to prevent degradation of this high-voltage LCO powder during handling and storage?

The as-received moisture content is only 83 ppm, well below the 300 ppm specification ceiling, so the powder must be stored in a dry, inert atmosphere (e.g., glovebox or dry room) to prevent moisture uptake. Exposure to ambient humidity could raise surface alkali levels and trigger parasitic reactions at 4.55V, compromising cycle life and capacity retention.

Assessment

The ATOMFAIR 4.55V LCO powder delivers a specific capacity of 180.9 mAh/g at 0.2C with 96.0% first-cycle efficiency and maintains 95.8% capacity at 3C rate, but requires moisture-controlled storage (≤300 ppm H2O) and compatible high-voltage electrolyte systems to realize its full 4.55V operational ceiling.

Positive

High-voltage capacity without phase collapse: Achieves 180.9 mAh/g at 0.2C under a 4.55V cutoff while suppressing lattice degradation, enabling higher energy density in dense electrode compactions.
Superior high-rate discharge retention: Delivers 173.3 mAh/g at 3C rate with 95.8% capacity retention relative to 0.2C, demonstrating fast lithium transport kinetics suited for rapid charging validation.

Trade-offs

Moisture-sensitive storage required: Maximum moisture tolerance of 300 ppm H2O is specified (actual 83 ppm), necessating dry-room or desiccated storage to prevent surface degradation and slurry issues.
Requires high-voltage electrolyte compatibility: The 4.55V cutoff demands electrolytes stable against oxidative decomposition at elevated potentials; standard LCO electrolytes may fail, requiring specialized formulations for cell integration.

Quality Standards & Performance Verification

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Shipping & Returns

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window for completely unopened items).

4.55V High Voltage Lithium Cobalt Oxide Powder ATOMFAIR®