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2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material
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2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material
  • name

2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material

MOQ: 100g
Price: 1-1000USD/Negotiable
Standard Packaging: Plastic package
Delivery Period: 5-7 days
Payment Method: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Capacity: 1 t/month
Details Information
Product Description
Detail Information
Place of Origin
CHINA
Brand Name
XWELL
Certification
CE
Model Number
NFPP
Model:
NFPP
Chemical Formula​:
Na₄Fe₃(PO₄)₂P₂O₇
Purity​:
≥99.9%
Tap Density​:
2.3 ± 0.1 G/cm³
Article Size (D50)​:
6–12 μm
​​Specific Surface Area​:
≤10 M²/g
​​0.1C Capacity​:
≥105 MAh/g
​​1C Capacity​:
≥95 MAh/g
Highlight:

Pyrophosphate solid state sodium battery

,

2.3 solid state sodium battery

,

NFPP sodium ion battery cathode material

Product Description

High-pressure Compaction 2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material Solid-state Sodium Battery

Product Overview​​

High-tap-density (2.3 g/cm³) Na₄Fe₃(PO₄)₂P₂O₇ (NFPP) is an advanced polyanionic cathode material for solid-state sodium-ion batteries, offering exceptional structural stability, high volumetric energy density, and ultra-long cycle life (>4,000 cycles). Its unique 3D open-framework architecture enables efficient Na⁺ diffusion, making it ideal for high-performance solid-state batteries in grid storage and EV applications.

Key Specifications​​

​​Property​​ ​​Specification​​ ​​Typical Value​​
​​Chemical Formula​​ Na₄Fe₃(PO₄)₂P₂O₇ -
​​Purity​​ ≥99.9% 99.99% (4N grade)
​​Tap Density​​ 2.3 ± 0.1 g/cm³ 2.3 g/cm³
​​Particle Size (D50)​​ 6–12 μm 9 μm
​​Specific Surface Area​​ ≤10 m²/g 8 m²/g
​​0.1C Capacity​​ ≥105 mAh/g 105–110 mAh/g
​​1C Capacity​​ ≥95 mAh/g 95–100 mAh/g
​​Voltage Platform​​ 3.0–3.2 V (vs. Na⁺/Na) 3.1 V
​​Cycle Life​​ >4,000 cycles (100% DoD) >6,000 cycles (80% DoD)
​​Thermal Stability​​ Stable up to 400°C No thermal runaway

Material Advantages​​

  1. ​​High Volumetric Energy Density​​

    • Ultra-high tap density (2.3 g/cm³) enables compact electrode design, critical for solid-state batteries.
    • Theoretical capacity: 129 mAh/g (3 Na⁺ intercalation).

  2. ​​Solid-State Compatibility​​

    • Minimal volume change (<4%) during cycling, reducing interfacial stress with solid electrolytes.
    • Stable with sulfide/oxide solid electrolytes (e.g., Na₃PS₄, Na₃Zr₂Si₂PO₁₂).

  3. ​​Cost-Effectiveness​​

    • Raw material cost: ~3.5k/ton for layered oxides).
    • Low sintering temperature (550–650°C vs. 900°C for oxides).

       

      ​​

    • Safety & Environmental Benefits​.​

    • Non-toxic, non-flammable, and free of critical metals (Co, Ni).
       

Applications​​

  • ​​Solid-State Sodium Batteries​​: Grid-scale storage, EV power packs.
  • ​​Low-Temperature Operations​​: Stable performance at -20°C.
  • ​​High-Safety Systems​​: Aerospace, medical devices.
Tags: 

Solid State Battery Materials,  

solid state sodium battery,  

solid state lithium battery

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products
PRODUCTS DETAILS
Products

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

Sodium Ion Battery Materials

Sodium Ion Battery Cathode Material

Solid State Battery Materials

Solid Electrolyte

Solid State Battery Separator

Battery Pack Accessories

Battery Pack Holder

Nickel Strip Sheet

Battery Pack Shrink Tube

Insulation Highland Barley Paper

Battery Pack Assembly Line

Battery Cell Sticking Machine

Battery Cell Sorting Machine

Battery Spot Welding Machine

Battery CCD Tester

Plasma Cleaning Machine

PVC Shrinking Machine

Nickel Strip Cutting Machine

Laser Cleaning Machine

Battery Laser Welding Machine

Prismatic Battery Compress Machine

Battery Testing Equipment

Battery Grading Machine

Battery Charge And Discharge Machine

BMS Testing Machine

Battery Comprehensive Tester

Battery Safety Testing Equipment

Waste Battery Crushing Recycling Line
2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material
  • name
2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material
MOQ: 100g
Price: 1-1000USD/Negotiable
Standard Packaging: Plastic package
Delivery Period: 5-7 days
Payment Method: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Capacity: 1 t/month
Detail Information
Product Description
Detail Information
Place of Origin
CHINA
Brand Name
XWELL
Certification
CE
Model Number
NFPP
Model:
NFPP
Chemical Formula​:
Na₄Fe₃(PO₄)₂P₂O₇
Purity​:
≥99.9%
Tap Density​:
2.3 ± 0.1 G/cm³
Article Size (D50)​:
6–12 μm
​​Specific Surface Area​:
≤10 M²/g
​​0.1C Capacity​:
≥105 MAh/g
​​1C Capacity​:
≥95 MAh/g
Minimum Order Quantity:
100g
Price:
1-1000USD/Negotiable
Packaging Details:
Plastic package
Delivery Time:
5-7 days
Payment Terms:
L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability:
1 t/month
Highlight

Pyrophosphate solid state sodium battery

,

2.3 solid state sodium battery

,

NFPP sodium ion battery cathode material

Product Description

High-pressure Compaction 2.3 Sodium Iron Pyrophosphate NFPP Sodium Ion Battery Cathode Material Solid-state Sodium Battery

Product Overview​​

High-tap-density (2.3 g/cm³) Na₄Fe₃(PO₄)₂P₂O₇ (NFPP) is an advanced polyanionic cathode material for solid-state sodium-ion batteries, offering exceptional structural stability, high volumetric energy density, and ultra-long cycle life (>4,000 cycles). Its unique 3D open-framework architecture enables efficient Na⁺ diffusion, making it ideal for high-performance solid-state batteries in grid storage and EV applications.

Key Specifications​​

​​Property​​ ​​Specification​​ ​​Typical Value​​
​​Chemical Formula​​ Na₄Fe₃(PO₄)₂P₂O₇ -
​​Purity​​ ≥99.9% 99.99% (4N grade)
​​Tap Density​​ 2.3 ± 0.1 g/cm³ 2.3 g/cm³
​​Particle Size (D50)​​ 6–12 μm 9 μm
​​Specific Surface Area​​ ≤10 m²/g 8 m²/g
​​0.1C Capacity​​ ≥105 mAh/g 105–110 mAh/g
​​1C Capacity​​ ≥95 mAh/g 95–100 mAh/g
​​Voltage Platform​​ 3.0–3.2 V (vs. Na⁺/Na) 3.1 V
​​Cycle Life​​ >4,000 cycles (100% DoD) >6,000 cycles (80% DoD)
​​Thermal Stability​​ Stable up to 400°C No thermal runaway

Material Advantages​​

  1. ​​High Volumetric Energy Density​​

    • Ultra-high tap density (2.3 g/cm³) enables compact electrode design, critical for solid-state batteries.
    • Theoretical capacity: 129 mAh/g (3 Na⁺ intercalation).

  2. ​​Solid-State Compatibility​​

    • Minimal volume change (<4%) during cycling, reducing interfacial stress with solid electrolytes.
    • Stable with sulfide/oxide solid electrolytes (e.g., Na₃PS₄, Na₃Zr₂Si₂PO₁₂).

  3. ​​Cost-Effectiveness​​

    • Raw material cost: ~3.5k/ton for layered oxides).
    • Low sintering temperature (550–650°C vs. 900°C for oxides).

       

      ​​

    • Safety & Environmental Benefits​.​

    • Non-toxic, non-flammable, and free of critical metals (Co, Ni).
       

Applications​​

  • ​​Solid-State Sodium Batteries​​: Grid-scale storage, EV power packs.
  • ​​Low-Temperature Operations​​: Stable performance at -20°C.
  • ​​High-Safety Systems​​: Aerospace, medical devices.
Tags: 

Solid State Battery Materials,

solid state sodium battery,

solid state lithium battery

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