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ATOMFAIR® three silver pouch cells with numbered yellow tabs on a white background.

15 Ah Ni90 SiC1100 Dry Pouch Cell Research Grade ATOMFAIR®

$600.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research-grade 15 Ah dry pouch cell with Ni90 cathode and SiC1100 anode. 2.3-4.2V, NP 1.07, 210/1100 mAh/g. Ideal for electrolyte screening. Order now.

Quantity Price
1 – 4 $600.00
5 – 19 $550.00
20 – 49 $530.00
50+ $500.00
SKU: AFMSBCOC771
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Description

ATOMFAIR 15 Ah Ni90 SiC1100 Anode Dry Pouch Cell

RESEARCH GRADE CELL ARCHITECTURE

Product Overview
Engineered for advanced energy storage exploration, this premium un-functionalized ultra-high nickel Ni90 vs. silicon-carbon dry pouch cell serves as a high-fidelity benchmarking matrix for next-generation electrochemical validation. Assembled without liquid electrolyte infusion via a scaled 15/16 laminated multi-layer stack layout, it uniquely pairs a high-capacity 210 mAh/g cathode with an advanced 1100 mAh/g high-capacity SiC composite anode framework. This high-capacity matrix establishes an absolute baseline to successfully drive variable elimination during critical silicon-compatible electrolyte formulation screening, localized volumetric swelling growth modeling, and gas evolution tracking platforms. Secure optimal institutional high nickel dry pouch cell price points for scaled laboratory research.

Technical Specifications

PARAMETER DETAILS
1. Core Device & Device Level Design
Design Capacity Configuration 15 Ah (Nominal baseline target after activation)
Target Voltage Operating Window 2.3 V – 4.2 V (High Energy Cutoff Tracking)
Negative-to-Positive Capacity Ratio (NP) 1.070 (Optimized balancing matrix for tight silicon expansion)
Internal Lamination Stack Matrix 15 / 16 Coated Multilayer Electrodes Arrangement
Separator Film Metric 12 μm PE + 2 μm Al²O³ Ceramic Protective Coating Layer
2. Cathode (Positive Electrode) Parameters
Active Material Chemistry Ni90 System (Ultra-High Nickel Layered Transition Metal Oxide Ni0.9Mn0.03Co0.07)
Cathode Active Mass Fraction 97.4%
Cathode Baseline Specific Capacity 210 mAh/g
Electrode Compaction Density 3.3 g/cc
Single-Side Coating Areal Density 29 mg/cm²
Positive Electrode Geometric Footprint 45.5 mm * 64 mm
3. Anode (Negative Electrode) Parameters
Active Material Chemistry SiC (Advanced High-Capacity Silicon-Carbon Amorphous Matrix)
Anode Active Mass Fraction 92%
Anode Baseline Specific Capacity 1100 mAh/g (Elite Power Horizon)
Electrode Compaction Density 1.1 g/cc
Single-Side Coating Areal Density 6.21 mg/cm²
Negative Electrode Geometric Footprint 46.5 mm * 65 mm
Manufacturing Rules Processed under strict RoHS compliant standard conditions
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.


Key Features & Advantages
  • Premium 1100 mAh/g SiC Core Anode: Integrates a cutting-edge high-capacity silicon-carbon layer framework, providing a highly optimized ultra-dense baseline to validate scalable solid-state or liquid chemical interfaces.
  • Ultra-High Nickel Ni90 Cathode Engineering: Reaches an elite compaction density profile of 3.3 g/cc for the advanced Ni0.9Mn0.03Co0.07 active core, maximizing localized energy limits.
  • High-Volume 15/16 Layer Lamination Stack: Precision scaled multi-layer configuration optimizes volumetric packaging metrics while delivering uniform interface contact and highly synchronized tab pressure alignment.

APPLICATION SCOPE: High-energy silicon-carbon battery benchmarking, custom silicon-compatible liquid electrolyte screening, mechanical stress/expansion validation modeling, and multi-layer laminated cell parameter optimization.
PACKAGING: Vacuum-sealed securely within premium multi-layer barrier laminate pouches to protect un-infused crystalline core lattices from ambient atmospheric contamination.
IMPORTANT NOTICE: Ultra-high nickel un-filled active cell assemblies display supreme chemical affinity to room ambient humidity. Keep all packaging completely sealed until execution. Vacuum thermal baking, final edge trimming, liquid electrolyte injection, and seal closure workflows must be processed strictly inside anhydrous inert-gas glovebox environments to suppress internal phase degradation or short-circuit failures.

Frequently Asked Technical Questions

Why is ATOMFAIR 15 Ah Ni90 SiC1100 Anode Dry Pouch Cell preferred for liquid electrolyte R&D?

The ATOMFAIR 15 Ah Ni90 SiC1100 Anode Dry Pouch Cell functions as a premier solution for next-generation high-energy cell prototyping. It delivers a highly controlled 15 Ah un-functionalized platform integrating an ultra-high nickel Ni90 cathode with an advanced 1100 mAh/g high-capacity silicon-carbon anode, significantly boosting performance metrics and phase purity during laboratory testing workflows.

How to prevent nickel rich dry cell moisture contamination?

To successfully solve how to prevent nickel rich dry cell moisture contamination without secondary contamination, this material must be handled strictly according to inert gas glovebox storage protocols before thermal processing.

What operational stability advantages does this Ni90 vs. SiC1100 dry cell provide under volumetric stress validation?

Compared to standard graphite setups, the optimized matrix of this product incorporates a highly engineered SiC composite network. This unique configuration lowers internal polarization during rapid ion migration while precisely managing particle breathing, providing a highly reliable baseline field up to a 4.2V cutoff to evaluate silicon-compatible custom electrolyte solutions and binding mechanics accurately.

What electrochemical testing benefits do the baseline metrics of this Ni90 configuration offer?

Boasting engineered particle structuring (Cathode: 210 mAh/g | Anode: 1100 mAh/g) and optimized compaction properties, this product offers superior sinterability. The controlled form factor facilitates lower thermal processing thresholds and promotes ideal grain boundary integration during cell fabrication.

How is the phase purity and quality control of this research-grade batch validated?

Every competitive batch undergoes rigid analytical quality validation testing. Total elemental and metallic impurities are strictly regulated below strict industry thresholds to eliminate parasitic electronic leakage and maintain uncompromised data reproducibility.

TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

This dry pouch cell requires electrolyte infusion and formation cycling before electrical testing. Store the unactivated cell in a dry, inert atmosphere to prevent moisture-induced degradation of the Ni90 cathode and SiC composite anode.

  • Electrolyte Compatibility: Select electrolytes must be compatible with the unfunctionalized Ni90 cathode and high-capacity SiC anode to avoid undesirable side reactions.
  • Voltage Window: Operate the cell strictly within the 2.3 V to 4.2 V window to prevent over-discharge or over-charge damage.
  • Silicon Expansion Management: The NP ratio of 1.070 is designed to accommodate volumetric swelling of the SiC anode during lithiation.
  • Activation Requirement: The 15 Ah nominal capacity is only achieved after proper electrolyte filling, wetting, and formation cycling.
  • Contamination Control: All handling and filling must be performed in a glovebox with low moisture and oxygen levels to prevent contamination.

How does the 1.070 negative-to-positive capacity ratio (NP) mitigate silicon anode volumetric swelling in this Ni90//SiC dry pouch cell?

The NP ratio of 1.070 provides optimized balancing between the 210 mAh/g cathode and the 1100 mAh/g SiC anode, ensuring excess anode capacity to accommodate silicon expansion without over-pressurizing the 15/16 multilayer stack. This matrix enables reliable volumetric swelling modeling and gas evolution tracking during electrolyte screening.

Is this dry pouch cell compatible with standard carbonate electrolytes, or does it require custom formulations for the SiC anode?

This cell is specifically designed for silicon-compatible electrolyte formulation screening and is supplied without liquid electrolyte infusion to enable variable elimination. The 1100 mAh/g SiC anode and the 97.4% active Ni90 cathode require electrolytes that can stabilize the silicon-electrolyte interphase while maintaining high voltage stability up to 4.2 V.

What safety role does the 12 μm PE + 2 μm Al₂O₃ ceramic-coated separator play in handling this dry pouch cell?

The 12 μm PE + 2 μm Al₂O₃ ceramic coating provides thermal shrinkage resistance and mechanical puncture protection during dry assembly of the 15/16 multilayer stack. This prevents internal short circuits when handling the electrodes with high active mass fractions of 97.4% (cathode) and 92% (anode).

This 15 Ah Ni90-SiC1100 dry pouch cell provides a standardized, un-functionalized platform for electrolyte screening and volumetric expansion modeling, but requires external electrolyte infusion and presents intrinsic swelling challenges from the silicon-carbon anode.

Positive

  • Benchmarking platform for silicon anodes: Assembled without electrolyte as a dry cell, it enables controlled variable elimination during electrolyte formulation screening, swelling modeling, and gas evolution studies.
  • High-capacity electrode pairing: Combines a 210 mAh/g Ni90 cathode with a 1100 mAh/g SiC anode, offering a high specific energy matrix for next-generation cell validation.

Trade-offs

  • Requires external electrolyte activation: Shipped dry without infused liquid electrolyte; users must perform electrolyte filling and formation cycling before electrochemical testing.
  • Silicon anode volumetric expansion: The SiC composite anode is prone to localized swelling during cycling, requiring rigorous mechanical constraint and gas management to maintain performance.

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.

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).

Additional information

Weight 0.3 kg
Dimensions 23 × 15 × 3 cm

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